mhurhangee/ep-ind-claims huggingface dataset:
An electric cutting tool, comprising: a motor; a cutting member driven by the motor, the cutting member adapted for a repetitive movement during operation; a base plate comprising an opening through which the cutting member penetrates; an illuminating device; and a controller for controlling the illuminating device; the controller (40 being adapted for controlling the illuminating device according to a rate of a movement of the cutting member to generate an illumination varied in a particular frequency, the particular frequency making the cutting member representing a still visual effect when the cutting member is moving at said rate; characterized in that the illuminating device is located on the base plate. a motor; a cutting member driven by the motor, the cutting member adapted for a repetitive movement during operation; a base plate comprising an opening through which the cutting member penetrates; an illuminating device; and a controller for controlling the illuminating device; the controller (40 being adapted for controlling the illuminating device according to a rate of a movement of the cutting member to generate an illumination varied in a particular frequency, the particular frequency making the cutting member representing a still visual effect when the cutting member is moving at said rate; characterized in that the illuminating device is located on the base plate.
Irrigation pipe manufacturing system comprising: - a continuous pipe feeder, an irrigation pipe circulating along a predetermined circulation direction (X-X') in the pipe feeder, drippers having a water outlet having been placed inside the pipe by said pipe feeder, said pipe circulating while keeping the drippers' water outlet in a predetermined orientation, - a dripper detection device including a laser detection unit with a laser source emitting a laser beam directed to the pipe outer face location where drippers are present at regular intervals, and a laser signal receiver which receives and analyses the laser beam reflected on the pipe outer face to provide a transformed reflected signal which contains information about the passage of each dripper facing said laser detection unit, - a pipe drilling device placed downstream said dripper detection device and comprising drilling means able to drill a hole through the pipe wall for each dripper at a predetermined location corresponding to the water outlet of said dripper, wherein said dripper detection device further comprises a drilling control unit able to use said transformed reflected signal as a drilling control signal to control the drilling location of said holes along said pipe by said drilling device. - a continuous pipe feeder, an irrigation pipe circulating along a predetermined circulation direction (X-X') in the pipe feeder, drippers having a water outlet having been placed inside the pipe by said pipe feeder, said pipe circulating while keeping the drippers' water outlet in a predetermined orientation, - a dripper detection device including a laser detection unit with a laser source emitting a laser beam directed to the pipe outer face location where drippers are present at regular intervals, and a laser signal receiver which receives and analyses the laser beam reflected on the pipe outer face to provide a transformed reflected signal which contains information about the passage of each dripper facing said laser detection unit, - a pipe drilling device placed downstream said dripper detection device and comprising drilling means able to drill a hole through the pipe wall for each dripper at a predetermined location corresponding to the water outlet of said dripper,
A method of producing a sialyltransferase polypeptide, which comprises the steps of: a) expressing a sialyltransferase polypeptide in CHO cells; collecting the cell culture medium containing the expressed sialyltransferase polypeptide; and b) purifying the sialyltransferase polypeptide from the cell culture medium by subjecting the cell culture medium to (i) at least one affinity chromatography and/or mixed-mode chromatography step and (ii) at least one anion exchange chromatography and/or cation exchange chromatography step, wherein step b) is performed in the following order: i. an anion exchange chromatography; ii. a first affinity chromatography; iii. a second affinity chromatography or a mixed-mode chromatography; iv. a cation exchange chromatography. a) expressing a sialyltransferase polypeptide in CHO cells; collecting the cell culture medium containing the expressed sialyltransferase polypeptide; and b) purifying the sialyltransferase polypeptide from the cell culture medium by subjecting the cell culture medium to (i) at least one affinity chromatography and/or mixed-mode chromatography step and (ii) at least one anion exchange chromatography and/or cation exchange chromatography step, wherein step b) is performed in the following order: i. an anion exchange chromatography; ii. a first affinity chromatography; iii. a second affinity chromatography or a mixed-mode chromatography; iv. a cation exchange chromatography. i. an anion exchange chromatography; ii. a first affinity chromatography; iii. a second affinity chromatography or a mixed-mode chromatography; iv. a cation exchange chromatography.
A plasticizing unit for an injection unit of an injection moulding machine, with a cylinder and with a screw, rotatable therein and movable in axial direction, with a support element arranged beneath the cylinder and connected therewith, and with a fixing element, which surrounds the end of the support element facing away from the cylinder, in such a way that a distance is present between the fixing element and the support element, wherein between the fixing element and the support element several adjusting elements (14a, 14b, 14c) are provided, which are configured to be able to produce a force-fitting and/or form-fitting connection between the fixing element and the support element and to adjust the position of the support element relative to the fixing element in a plane orthogonally to the cylinder axis, wherein three adjusting elements (14a, 14b, 14c) are provided, wherein a first adjusting element lies with its symmetry axis in the plane which is vertical and containing the cylinder axis, wherein this first adjusting element is arranged beneath the support element and is configured for an adjusting of the position of the support element relative to the fixing element in vertical direction, wherein two further adjusting elements (14a, 14b) are provided, the symmetry axes of which lie in a vertical plane, which lies orthogonally to the cylinder axis, wherein on each side of the plane which is vertical and containing the cylinder axis respectively one of the two further adjusting elements (14a, 14b) is arranged and is configured for an adjusting of the position of the support element relative to the fixing element in horizontal direction.
The compound named 2-amino-2-[2-(4-octylphenyl) ethyl]propane-1,3-diol in free form or in a pharmaceutically acceptable salt form, or the phosphate thereof of formula IIa, wherein R 2a is H, R 3a is OH, X a is O, R 1a and R 1b are OH, for use in the treatment of multiple sclerosis, whereby, during the initial period of treatment said compound is given at a initial daily dosage of 0.125mg and after at a daily dose of 0.25mg, and then the treatment is continued with the standard daily dosage of 0.5mg.
A method for fabricating a controllable electrothermal element of a PTC thick film circuit comprising a substrate and a compact film of a serial electronic paste, wherein the compact film of the serial electronic paste is prepared on the substrate by printing on the surface of the substrate and firing, wherein said serial electronic paste comprises a medium paste and an electrode paste, wherein the serial electronic paste consists of three parts that are functional phase, inorganic adhesive phase and organic carrier, wherein the inorganic adhesive phase of the medium paste is borosilicate and aluminum silicate, and wherein the organic carrier of the inorganic adhesive phase of the medium paste is the main solvent; wherein the inorganic adhesive phase of the electrode paste is the mixture of oxide and glass and the organic carrier is auxiliary solvent; wherein said serial electronic paste further comprises PTC paste, wherein said substrate is 1Cr18Ni9 serial stainless steel substrate, wherein the serial electronic paste in the form of thick film is prepared on the substrate; wherein the composition of said functional phase of the medium paste is as follows: CaO-Al 2 O 3 -SiO 2 -B 2 O 3 and additive TiO 2: 2∼10%, ZrO 2: 2∼8%, CaO: 35∼45%; the medium paste of different swell factors at one temperature are prepared by controlling the contents of the additive; said medium paste and serial austenitic stainless steel are configured to form a substrate of a serial insulating radiating product; wherein the inorganic adhesive phase of the said PTC paste is oxide and its organic carrier is a thickener; the composition of said functional phase is as follows: main composition (Ba: 50∼63%, Pb: 20∼33%, Ca: 8∼13%) TiO 3 +X% Nb 2 O 5 or Y 2 O 3, wherein X is mol/mol and X=0.14∼0.18, and mineral supplement ceramic-glass, Sb 2 O 3, Li 2 CO 3, Mn(NO 3) 2; the Curie point moves to high temperature side or low temperature side through adding different impurities and replacing Ba in BaTiO 3; the controllable electrothermal element of PTC thick film circuit is connectable in series to several controllable electrothermal elements at a temperature range from 30 to 400°C; wherein the composition of the functional phase of the said electrode phase is as follows: Bi 2 O 3 (TiO 2): 2∼6%, Ag in form of powder: 60∼70%, Ag in form of pieces: 20∼40%, Pd in form of powder: 2∼9%.
A burner system for the combustion of a hydrocarbon feedstock with an oxidant, comprising at least one burner body and a cooling circuit, wherein: the burner system comprises a fuel side (3, 15) and an oxidant side (4, 14); the burner body comprises a cooling chamber connected to said cooling circuit for the passage of a cooling fluid; characterized in that said cooling circuit comprises a reservoir tank for said cooling fluid and a circulation pump; said system comprises pressure equalizing means adapted to equalize the pressure inside said cooling circuit to the pressure of at least one of said fuel side and oxidant side, said means including at least one pressure equalizing line arranged to establish a fluid communication between the inside of said reservoir tank and at least one of said fuel side and oxidant side. the burner system comprises a fuel side (3, 15) and an oxidant side (4, 14); the burner body comprises a cooling chamber connected to said cooling circuit for the passage of a cooling fluid; characterized in that said cooling circuit comprises a reservoir tank for said cooling fluid and a circulation pump; said system comprises pressure equalizing means adapted to equalize the pressure inside said cooling circuit to the pressure of at least one of said fuel side and oxidant side, said means including at least one pressure equalizing line arranged to establish a fluid communication between the inside of said reservoir tank and at least one of said fuel side and oxidant side.
A method, comprising: receiving, by a mobile operating server, from a mobile device a request to generate one or more keep-alive messages, the request including information on a destination push server; generating, by the mobile operating server, the one or more keep-alive messages; transmitting, by the mobile operating server, the one or more keep-alive messages to the destination push server; stopping the transmitting when the mobile device is not connected to a network provided by the mobile operating server; and wherein the transmitting includes transmitting the one or more keep-alive messages periodically to the destination push server. receiving, by a mobile operating server, from a mobile device a request to generate one or more keep-alive messages, the request including information on a destination push server; generating, by the mobile operating server, the one or more keep-alive messages; transmitting, by the mobile operating server, the one or more keep-alive messages to the destination push server; stopping the transmitting when the mobile device is not connected to a network provided by the mobile operating server; and wherein the transmitting includes transmitting the one or more keep-alive messages periodically to the destination push server.
A cordless dental handpiece, comprising: (i) a first module that includes a first drive that is configured to detachably engage a dental tool; and (ii) a second module configured to detachably engage the first module, the second module comprising a battery compartment; and wherein the first module of the cordless dental handpiece is further configured to detachably engage the dental tool, characterized in that the dental tool is a dental prophylaxis angle. (i) a first module that includes a first drive that is configured to detachably engage a dental tool; and (ii) a second module configured to detachably engage the first module, the second module comprising a battery compartment; and
A main bearing and journal portion assembly for rotatably supporting a journal portion of a crankshaft of an internal combustion engine, wherein the journal portion comprises a cylindrical barrel portion, a lubricating oil path extending through the cylindrical barrel portion, and at least one entrance opening of the lubricating oil path formed on an outer peripheral surface of the cylindrical barrel portion, the main bearing comprises a pair of upper and lower half bearings (41, 42) which are combined with each other to form a cylindrical shape, each of the half bearings (41, 42) comprises a main cylindrical portion including a circumferentially central portion of the half bearing (41, 42), the main cylindrical portion comprises a slide surface on a radially inner side thereof, and each of the half bearings (41, 42) also comprises crush reliefs (70, 70) formed on both circumferential sides of the slide surface so that a wall thickness at the crush relief is smaller than that of the main cylindrical portion, and only the upper half bearing of the pair of half bearings (41, 42) comprises an oil groove formed on an inner peripheral surface thereof and extending in a circumferential direction, and at least one oil hole extending from the oil groove to an outer peripheral surface of the upper half bearing through the upper half bearing, characterised in that the lower half bearing comprises an axial groove to accommodate the oil flow from the lubricating oil path, the axial groove extending on the slide surface in an axial direction between the circumferentially central portion and the crush relief located on a forward side in a rotation direction of the journal portion, and the axial groove is apart from the circumferentially central portion toward the forward side in the rotation direction by a circumferential angle of 10° or more, and apart from the crush relief located on the forward side in the rotation direction of the journal portion by a circumferential angle of 10° or more.
A cardio pulmonary resuscitation device comprising: a backboard to support a subject in a supine position; a constriction element operationally coupled to the backboard, wherein the constriction element is capable of being placed across a thoracic region of the subject to constrict the subject; a decompression element connected to the constriction element such that the decompression element becomes a part of the constriction element and faces the backboard, wherein the decompression element is disposed along the circumference of a thoracic region of the subject on deployment, further wherein the decompression element is adapted to adhere to the subject on deployment; and a sternum compression unit operationally coupled to the constriction element such that the sternum compression unit is suitable to be disposed in a sternum region on deployment, wherein the sternum compression unit is adapted to compress the sternum of the subject to deliver active sternum compression and to be pulled back to deliver active sternum decompression, wherein the constriction element is adapted to be constricted for delivering active circumferential compression, for compressing the decompression element, such that the decompression element is in contact with the subject while delivering active circumferential compression, and wherein the constriction element is adapted to be slackened for pulling back the decompression element that is adhered to the subject to deliver active circumferential decompression. a backboard to support a subject in a supine position; a constriction element operationally coupled to the backboard, wherein the constriction element is capable of being placed across a thoracic region of the subject to constrict the subject; a decompression element connected to the constriction element such that the decompression element becomes a part of the constriction element and faces the backboard, wherein the decompression element is disposed along the circumference of a thoracic region of the subject on deployment, further wherein the decompression element is adapted to adhere to the subject on deployment; and a sternum compression unit operationally coupled to the constriction element such that the sternum compression unit is suitable to be disposed in a sternum region on deployment, wherein the sternum compression unit is adapted to compress the sternum of the subject to deliver active sternum compression and to be pulled back to deliver active sternum decompression, wherein the constriction element is adapted to be constricted for delivering active circumferential compression, for compressing the decompression element, such that the decompression element is in contact with the subject while delivering active circumferential compression, and wherein the constriction element is adapted to be slackened for pulling back the decompression element that is adhered to the subject to deliver active circumferential decompression.
A method for selecting a data plane tunnel according to a status of a User Equipment - UE -, characterized in that: a Local Gateway - LGW - receives information on the status of the UE and as to whether a connection is used for a Local IP Access - LIPA-/Selected, IP Traffic Offload - SIPTO -, which is determined and transmitted to the LGW by a Serving Gateway - SGW - after the UE has been connected to the LGW by LIPA; the LGW determines the status of the UE according to an instruction of the SGW by the LIPA; and the LGW selects a data plane tunnel according to the status of the UE, whereby the UE status comprises one of a Connected status or an Idle status and the data plane tunnel comprises one of a Direct Tunnel or a S5/S8-U Tunnel. a Local Gateway - LGW - receives information on the status of the UE and as to whether a connection is used for a Local IP Access - LIPA-/Selected, IP Traffic Offload - SIPTO -, which is determined and transmitted to the LGW by a Serving Gateway - SGW - after the UE has been connected to the LGW by LIPA; the LGW determines the status of the UE according to an instruction of the SGW by the LIPA; and the LGW selects a data plane tunnel according to the status of the UE, whereby the UE status comprises one of a Connected status or an Idle status and the data plane tunnel comprises one of a Direct Tunnel or a S5/S8-U Tunnel.
Surfactant Protein D (SP-D) for use in treatment and/or prevention of a parasitic infection in a subject, wherein the parasite is a parasitic helminth, and wherein SP-D comprises the sequence shown in SEQ ID NO: 1, or an amino acid sequence having at least 70% sequence identity over at least 50 amino acid residues of SEQ ID NO:1, or wherein the SP-D is a fragment and the SP-D fragment comprises the sequence shown in SEQ ID NO: 3, or an amino acid sequence having at least 70% sequence identity over at least 50 amino acid residues of SEQ ID NO: 3 and wherein the SP-D is administered to the lungs of the subject and wherein the lifecycle of the helminth involves infestation of the lungs of the subject.
A method for processing a fluid, the method comprising: sparging a fluid within a compartment of a container with an initial gas so that the initial gas passes through a portion of the fluid to form a humid gas; passing the humid gas out of the compartment of the container and into a condenser bag, wherein the condenser bag comprises a flexible, collapsible bag comprised of one or more sheets of polymeric material; cooling the humid gas within the condenser bag so as to separate the humid gas within the condenser bag into a condensed fluid and a dehumidified gas; and returning the condensed fluid back to the compartment of the container or collecting the condensed fluid at a separate location. sparging a fluid within a compartment of a container with an initial gas so that the initial gas passes through a portion of the fluid to form a humid gas; passing the humid gas out of the compartment of the container and into a condenser bag, wherein the condenser bag comprises a flexible, collapsible bag comprised of one or more sheets of polymeric material; cooling the humid gas within the condenser bag so as to separate the humid gas within the condenser bag into a condensed fluid and a dehumidified gas; and returning the condensed fluid back to the compartment of the container or collecting the condensed fluid at a separate location.