mhurhangee/ep-ind-claims huggingface dataset:
A treadmill, comprising a running platform, the running platform comprising a driving piece, a supporting piece, a border, and a supporting foot; the border comprising two first borders and a second border located between the two first borders, and two ends of the second border being connected to the two first borders, respectively; the supporting foot comprising two first plate bodies and a second plate body located between the two first plate bodies, and two ends of the second plate body being connected to the two first plate bodies, respectively; characterized in that the two first borders and the second border are located above the two first plate bodies and the second plate body, the running platform further comprises a first guide structure, the first guide structure is arranged at the second border and the first guide structure is a sliding groove, the driving piece is arranged at the second border; a lower end of the supporting piece is rotatably connected to the second plate body; an upper end of the supporting piece is slidably connected to the second border; the upper end of the supporting piece is slidably arranged at the sliding groove; the driving piece is configured to drive the upper end of the supporting piece to translate along the sliding groove such that the lower end of the supporting piece rotates around the upper end of the supporting piece, and the lower end of the supporting piece pushes the supporting foot to move towards or away from the border.
A carbonylation process for producing acetic acid comprising: (a) carbonylating methanol or its reactive derivatives in the presence of water, a catalyst selected from rhodium catalysts, iridium catalysts and mixtures thereof, and a methyl iodide promoter to form an acetic acid reaction mixture in a reactor; (b) separating the stream of the acetic acid reaction mixture into a liquid recycle stream and a first crude product stream; (c) feeding the crude first product stream to a light ends column; (d) distilling the crude product stream to remove low boiling components and generate a purified first product stream and a liquid residue stream, wherein the liquid residue stream consists predominantly of acetic acid; (e) vaporizing at least a portion of the liquid residue stream to provide a second product stream; and (f) feeding the second product stream forward. (a) carbonylating methanol or its reactive derivatives in the presence of water, a catalyst selected from rhodium catalysts, iridium catalysts and mixtures thereof, and a methyl iodide promoter to form an acetic acid reaction mixture in a reactor; (b) separating the stream of the acetic acid reaction mixture into a liquid recycle stream and a first crude product stream; (c) feeding the crude first product stream to a light ends column; (d) distilling the crude product stream to remove low boiling components and generate a purified first product stream and a liquid residue stream, wherein the liquid residue stream consists predominantly of acetic acid; (e) vaporizing at least a portion of the liquid residue stream to provide a second product stream; and (f) feeding the second product stream forward.
Multi-part kit for administering at least one active pharmaceutical ingredient comprising: at least one piece of chewing gum comprising an active pharmaceutical ingredient, said piece of chewing gum comprising gum base; and at least one further flavor-containing formulation; wherein said active pharmaceutical ingredient is a tobacco alkaloid, wherein said at least one further flavor-containing formulation forms a further piece, wherein the gum base content of said at least one further flavor-containing formulation is less than 70% by weight of the gum base content of said piece of chewing gum. at least one piece of chewing gum comprising an active pharmaceutical ingredient, said piece of chewing gum comprising gum base; and at least one further flavor-containing formulation; wherein said active pharmaceutical ingredient is a tobacco alkaloid, wherein said at least one further flavor-containing formulation forms a further piece, wherein the gum base content of said at least one further flavor-containing formulation is less than 70% by weight of the gum base content of said piece of chewing gum.
A method for preparing a foamed thermoplastic polyurethane elastomer product, comprising the steps of: 1) coating binder: coating the binder on the surfaces of expanded thermoplastic polyurethane elastomer particles; 2) curing and molding: adding the product obtained from step 1) to a mold and then placing it in a vulcanizing machine for curing and molding; and 3) cooling and setting: cooling the mold after the molding in step 2) to obtain the foamed thermoplastic polyurethane elastomer product, wherein the process of coating the binder on the surfaces of expanded thermoplastic polyurethane elastomer particles in step 1) is one of spray coating and dry mixing. 1) coating binder: coating the binder on the surfaces of expanded thermoplastic polyurethane elastomer particles; 2) curing and molding: adding the product obtained from step 1) to a mold and then placing it in a vulcanizing machine for curing and molding; and 3) cooling and setting: cooling the mold after the molding in step 2) to obtain the foamed thermoplastic polyurethane elastomer product,
An eddy current testing method for detecting a flaw (F1, F2) occurring in a columnar or cylindrical subject to be tested by conducting spinning scanning of a probe coil disposed to be opposite to the subject to be tested, relative to the subject to be tested, wherein as the probe coil, a probe coil capable of obtaining a differential output about a scanning direction of a detection signal which corresponds to a detected eddy current induced in the subject to be tested is used, a spinning center of the probe coil is disposed to face with an axial center of the subject to be tested, and a distance between the spinning center of the probe coil and a center of the probe coil is set so that a difference between a maximum amplitude of a differential output at an axially extending artificial flaw provided in the subject to be tested and a maximum amplitude of a differential output at a circumferentially extending artificial flaw provided in the subject to be tested falls within a predetermined range.
A recording device that is connectable to a host computer to receive commands and data from the host computer, comprising: a storage unit that stores - information specifying a plurality of commands and related command processes based on the plurality of commands, - information indicating the executability of each command, and - information specifying a plurality of operating modes of the recording device and indicating in which operating mode or modes a specific command can be executed; and a control unit that is responsive to a command being received from the host computer to reference the information stored in the storage unit indicating the command executability of the received command, to determine whether or not to execute a process corresponding to the received command, to reference the information stored in the storage unit specifying the operating modes and to determine if the received command can be executed in the current operating mode, the control unit being further responsive to the result of both determinations being that the command process can be executed, to reference the information stored in the storage unit related to the command process and to execute the related process based on the received command. a storage unit that stores - information specifying a plurality of commands and related command processes based on the plurality of commands, - information indicating the executability of each command, and - information specifying a plurality of operating modes of the recording device and indicating in which operating mode or modes a specific command can be executed; and - information specifying a plurality of commands and related command processes based on the plurality of commands, - information indicating the executability of each command, and - information specifying a plurality of operating modes of the recording device and indicating in which operating mode or modes a specific command can be executed; and a control unit that is responsive to a command being received from the host computer to reference the information stored in the storage unit indicating the command executability of the received command, to determine whether or not to execute a process corresponding to the received command, to reference the information stored in the storage unit specifying the operating modes and to determine if the received command can be executed in the current operating mode, the control unit being further responsive to the result of both determinations being that the command process can be executed, to reference the information stored in the storage unit related to the command process and to execute the related process based on the received command.
Method of operating a medical device and secure control system comprising a medical device and a medical device controller, the medical device controller comprising a communications module including at least a short range wireless communications capability for communication with one or a plurality of consumer electronic devices including any one of a smartphone, a personal computer, a smartwatch and a computer tablet, wherein each of the medical device and the medical device controller comprises a memory storing one or a plurality of journals for exchange of journal entries between the medical device controller and the medical device, and between said medical device controller and said one or a plurality of consumer electronic devices, the at least one journal stored in the medical device controller, the consumer electronic device, and the medical device, said at least one journal comprising past instructions exchanged between the medical device controller and the consumer electronic device and between the medical device controller and the medical device, constituting a journal entries history, the method comprising: a) receiving in the medical device controller pairing parameters from a consumer electronic device; b) comparing in the medical device controller these pairing parameters with pairing parameters stored in the memory of the medical device controller during a pairing operation; c) receiving in the medical device controller a journal entries history of said consumer electronic device in case of a successful pairing operation; d) comparing in the medical device controller the journal entries history received from said consumer electronic device with the journal entries history stored in the memory of the medical device controller; e) validating a session between said consumer electronic device and the medical device controller for data exchange if the journal entries history of said consumer electronic device matches the journal entries history of the medical device controller. a) receiving in the medical device controller pairing parameters from a consumer electronic device; b) comparing in the medical device controller these pairing parameters with pairing parameters stored in the memory of the medical device controller during a pairing operation; c) receiving in the medical device controller a journal entries history of said consumer electronic device in case of a successful pairing operation; d) comparing in the medical device controller the journal entries history received from said consumer electronic device with the journal entries history stored in the memory of the medical device controller; e) validating a session between said consumer electronic device and the medical device controller for data exchange if the journal entries history of said consumer electronic device matches the journal entries history of the medical device controller.
An acylethanolamide composition comprising (percentages by weight): - oleoylethanolamide C18:1 60-65% - palmitoylethanolamide C16:0 5-20% - linoleylethanolamide C18:2 5-20% - stearoylethanolamide C18:0 1-2% - palmitoleoylethanolamide (POEA) C16:1 0.1-0.8% - myristoylethanolamide C14:0 0.02-0.15% - mixture of glycerides 4-6% - glycerol 6-8%.
A bone fixation apparatus for engaging at least two vertebrae, comprising an anterior cervical bone plate having: a first support bar and a second support bar, at least one cross connector member configured to connect the first support bar and second support bar, the cross connector member having an anterior surface and a posterior surface, the anterior surface being recessed at least between the first and second support bars (12, 14); at least first and second openings formed in the first support bar and at least third and fourth openings formed in the second support bar, the first and third openings for receiving fasteners therein for fixing the bone plate to the first vertebrae along the anterior cervical spine and the second and fourth openings for receiving fasteners therein for fixing the bone plate to the second vertebrae along the anterior cervical spine, wherein the bone fixation apparatus prevents movement between the first and second vertebrae; the bone fixation apparatus being characterized in that at least a portion of the posterior surface of the the cross connector member is configured to extend into an intervertebral disc space; and in that the anterior surface of the cross connector member is sufficiently recessed to provide room for an esophagus. a first support bar and a second support bar, at least one cross connector member configured to connect the first support bar and second support bar, the cross connector member having an anterior surface and a posterior surface, the anterior surface being recessed at least between the first and second support bars (12, 14); at least first and second openings formed in the first support bar and at least third and fourth openings formed in the second support bar, the first and third openings for receiving fasteners therein for fixing the bone plate to the first vertebrae along the anterior cervical spine and the second and fourth openings for receiving fasteners therein for fixing the bone plate to the second vertebrae along the anterior cervical spine, wherein the bone fixation apparatus prevents movement between the first and second vertebrae; the bone fixation apparatus being characterized in that at least a portion of the posterior surface of the the cross connector member is configured to extend into an intervertebral disc space; and in that the anterior surface of the cross connector member is sufficiently recessed to provide room for an esophagus.
A cell-based processing method, characterized in that the method comprises: transmitting, by a first base station to which a first cell belongs, common channel information of the first cell to a second base station to which a second cell belongs, wherein the first cell is a cell activated by a network side according to sleeping cell discovery information transmitted by a User Equipment, UE, the second cell is a cell for currently providing a service for the UE, and the common channel information of the first cell is used for downlink interference cancellation; transmitting, by the second base station, the common channel information of the first cell to the UE, and performing, by the UE, interference cancellation according to the received common channel information of the first cell; wherein the step of performing, by the UE, the interference cancellation according to the received common channel information of the first cell comprises: cancelling an interference of the first cell by adopting an interference cancellation method; and/or performing data transmitting while avoiding a common channel of the first cell. transmitting, by a first base station to which a first cell belongs, common channel information of the first cell to a second base station to which a second cell belongs, wherein the first cell is a cell activated by a network side according to sleeping cell discovery information transmitted by a User Equipment, UE, the second cell is a cell for currently providing a service for the UE, and the common channel information of the first cell is used for downlink interference cancellation; transmitting, by the second base station, the common channel information of the first cell to the UE, and performing, by the UE, interference cancellation according to the received common channel information of the first cell; wherein the step of performing, by the UE, the interference cancellation according to the received common channel information of the first cell comprises: cancelling an interference of the first cell by adopting an interference cancellation method; and/or performing data transmitting while avoiding a common channel of the first cell. cancelling an interference of the first cell by adopting an interference cancellation method; and/or performing data transmitting while avoiding a common channel of the first cell.
A multiband antenna comprising: a reflector; a plurality of first radiating elements that are on the reflector and that are configured to operate in a first frequency band; a plurality of second radiating elements that are on the reflector and that are configured to operate in a second frequency band that is higher than the first frequency band; a plurality of parasitic elements (30a, 30b) that are on the reflector, wherein a first of the parasitic elements comprises a plurality of conductive segments (22a, 22b) coupled in series by a plurality of inductors (24a, 24b); wherein the inductors (24, 24a, 24b) are selected to appear as low impedance elements at the first frequency band and as high impedance elements at the second frequency band, and wherein each of the conductive segments (22a, 22b) has a length less than one half wavelength at the second frequency band. a reflector; a plurality of first radiating elements that are on the reflector and that are configured to operate in a first frequency band; a plurality of second radiating elements that are on the reflector and that are configured to operate in a second frequency band that is higher than the first frequency band; a plurality of parasitic elements (30a, 30b) that are on the reflector, wherein a first of the parasitic elements comprises a plurality of conductive segments (22a, 22b) coupled in series by a plurality of inductors (24a, 24b); wherein the inductors (24, 24a, 24b) are selected to appear as low impedance elements at the first frequency band and as high impedance elements at the second frequency band, and wherein each of the conductive segments (22a, 22b) has a length less than one half wavelength at the second frequency band.
A control device for straddled vehicle, the control device comprising: a brake control unit configured to actuate a brake device of the straddled vehicle when no brake operation is performed by a driver while the straddled vehicle is stopped; and a brake pressure control unit configured to control a brake pressure of the brake device by decreasing a brake pressure command value in accordance with a rate of increase in a driving force such that the brake pressure of the brake device decreases while substantially following a decrease in a braking force of the brake device in the course of the braking force becoming zero from a state where the brake device is actuated without the brake operation performed at a time of starting the straddled vehicle. a brake control unit configured to actuate a brake device of the straddled vehicle when no brake operation is performed by a driver while the straddled vehicle is stopped; and a brake pressure control unit configured to control a brake pressure of the brake device by decreasing a brake pressure command value in accordance with a rate of increase in a driving force such that the brake pressure of the brake device decreases while substantially following a decrease in a braking force of the brake device in the course of the braking force becoming zero from a state where the brake device is actuated without the brake operation performed at a time of starting the straddled vehicle.
Method for data transmission via a high-voltage or medium-voltage line, in which primary frequency channels are used for data transmission between a first data transmission apparatus and a second data transmission apparatus and an item of frequency channel occupancy information is transferred on a secondary frequency channel, characterised in that a third data transmission apparatus receives the frequency channel occupancy information on the secondary frequency channel, and identifies an occupancy of a primary frequency channel used by the first and the second data transmission apparatus (TRA1, TRB1), and releases said frequency channel for its own use when the signal strength of the occupancy information received by the third data transmission apparatus falls below a first previously defined threshold value, and that the third data transmission apparatus receives a further item of frequency channel occupancy on a further secondary frequency channel, wherein the two items of frequency channel occupancy information (SMA1, SMB1) are sent by the first or the second data transmission apparatus (TRA1, TRB1) in each case, and releases said primary frequency channel for its own use when the signal strength of the data transmission on the further secondary frequency channel falls below a second previously defined threshold value.
A fracturing fluid for fracturing a subterranean formation comprising proppant(s), and a fracturing carrier fluid comprising 1-chloro-3,3,3-trifluoropropene.
Expansion anchor, comprising an anchor bolt and an expansion sleeve which surrounds the anchor bolt, an expansion body for the expansion sleeve being provided on the anchor bolt, which expansion body is arranged at least partially in front of the expansion sleeve, and the expansion sleeve having, on the outside in a front region of the expansion sleeve, a first annular groove comprising a front flank and a rear flank, characterized in that, in at least one radial plane, the following applies to the width w 61 of the rear flank of the first annular groove: w 61 > 0.6 * d 60 / tan α max, where d 60 is the depth of the first annular groove in the at least one radial plane and α max is the maximum angle of inclination of the expansion body in the at least one radial plane. characterized in that, in at least one radial plane, the following applies to the width w 61 of the rear flank of the first annular groove: w 61 > 0.6 * d 60 / tan α max, where d 60 is the depth of the first annular groove in the at least one radial plane and α max is the maximum angle of inclination of the expansion body in the at least one radial plane.
A composition comprising a ketogenic agent, wherein the ketogenic agent is: R,S -1,3-butanediol acetoacetate diester, for use in a method of suppressing hunger in a patient wherein the ketogenic agent is administered to the patient without dietary restrictions.
Shoe (10; 100; 300; 500), in particular a running shoe, comprising: a. an upper (110; 310; 410; 510); and b. a sole unit (120; 320; 420; 520), wherein c. the upper is attached to the sole unit such that in a midfoot region there is a gap (130; 330; 430) between a lower side of the upper and a top side of the sole unit, characterized in that d. the upper comprises a knitted material, and in that e. the sole unit comprises particles of expanded material, in particular, particles of expanded thermoplastic polyurethane, eTPU, and/or of expanded polyetherblockamide, ePEBA, and/or of expanded polyamide, ePA. a. an upper (110; 310; 410; 510); and b. a sole unit (120; 320; 420; 520), wherein c. the upper is attached to the sole unit such that in a midfoot region there is a gap (130; 330; 430) between a lower side of the upper and a top side of the sole unit, characterized in that d. the upper comprises a knitted material, and in that e. the sole unit comprises particles of expanded material, in particular, particles of expanded thermoplastic polyurethane, eTPU, and/or of expanded polyetherblockamide, ePEBA, and/or of expanded polyamide, ePA.