mhurhangee/ep-ind-claims huggingface dataset:
A percussive drill bit comprising: a head having cutting elements (14a, 14b) to abrade rock by rotation of the drill bit about its longitudinal axis; a skirt extending axially rearward from the head; a plurality of ribs projecting radially outward and extending axially along the skirt to define axially extending channels (18a, 18b), the rib and channels each having a length extending axially in a direction between the head and an axially rearward end of the skirt; in the lengthwise direction at least a part of the ribs and channels (18a, 18b) are bent or curved such that the lengthwise part of the ribs or channels (18a, 18b) is oblique to the longitudinal axis wherein each rib comprises a leading face and a trailing face separated by a radially outward facing land face, the leading and trailing faces (20, 25) at least partial defining the channels (18a, 18b); characterised in that: at a cross sectional plane perpendicular to the longitudinal axis, the leading face is aligned generally normal to the rotational direction of the bit about the axis. a head having cutting elements (14a, 14b) to abrade rock by rotation of the drill bit about its longitudinal axis; a skirt extending axially rearward from the head; a plurality of ribs projecting radially outward and extending axially along the skirt to define axially extending channels (18a, 18b), the rib and channels each having a length extending axially in a direction between the head and an axially rearward end of the skirt; in the lengthwise direction at least a part of the ribs and channels (18a, 18b) are bent or curved such that the lengthwise part of the ribs or channels (18a, 18b) is oblique to the longitudinal axis wherein each rib comprises a leading face and a trailing face separated by a radially outward facing land face, the leading and trailing faces (20, 25) at least partial defining the channels (18a, 18b); characterised in that: at a cross sectional plane perpendicular to the longitudinal axis, the leading face is aligned generally normal to the rotational direction of the bit about the axis.
Electronic assembly comprising a busbar and at least one film capacitor electrically conductively connected to the busbar, - the busbar comprising ∘ an upper conductor and ∘ a lower conductor arranged below the upper conductor and in parallel therewith, - the film capacitor comprising ∘ a first terminal connected to the upper conductor and ∘ a second terminal connected to the lower conductor, and - the upper conductor of the busbar comprising a recess for contact between the second terminal of the film capacitor and the lower conductor of the busbar, characterized in that - the first terminal and the second terminal of the film capacitor are designed as tongues (210, 220) extending from the film capacitor in parallel with the conductors (110, 120) of the busbar; - the upper conductor is connected to the first terminal and the lower conductor is connected to the second terminal by means of clinching in both cases; and - the conductor of the busbar that faces away from the film capacitor comprises a recess for applying a clinching tool in the region in which the first terminal makes contact with the conductor facing the film capacitor. - the busbar comprising ∘ an upper conductor and ∘ a lower conductor arranged below the upper conductor and in parallel therewith, ∘ an upper conductor and ∘ a lower conductor arranged below the upper conductor and in parallel therewith, - the film capacitor comprising ∘ a first terminal connected to the upper conductor and ∘ a second terminal connected to the lower conductor, and ∘ a first terminal connected to the upper conductor and ∘ a second terminal connected to the lower conductor, - the upper conductor of the busbar comprising a recess for contact between the second terminal of the film capacitor and the lower conductor of the busbar, - the first terminal and the second terminal of the film capacitor are designed as tongues (210, 220) extending from the film capacitor in parallel with the conductors (110, 120) of the busbar; - the upper conductor is connected to the first terminal and the lower conductor is connected to the second terminal by means of clinching in both cases; and - the conductor of the busbar that faces away from the film capacitor comprises a recess for applying a clinching tool in the region in which the first terminal makes contact with the conductor facing the film capacitor.
Gate or barrier of similar type comprising at least one rotating leaf comprising a supporting portion having a first cavity, said supporting portion being combined in a rotating manner, at a rotation axis, with at least one first hinge structure of the gate, said first hinge structure having a base integrally connected to a fixed support and said base defining a second cavity, said gate comprising an actuation device comprising a gear motor including a casing, an electric motor and one or more reduction stages, said gear motor transmitting a rotational movement to a first movement transmission member formed by a drive shaft, said gear motor being housed in the first cavity of said supporting portion and having said casing mechanically coupled or fixed with a wall of said first cavity, so that said gear motor is integral with said supporting portion; characterised in that said actuation device comprises furthermore a first movement transmission unit operationally distinct and physically separable from said gear motor, said first movement transmission unit being operationally combined with said gear motor by means of said first movement transmission member, said first movement transmission unit being housed in the second cavity of said hinge structure, said first movement transmission unit comprising a toothed pinion gear comprising a first end operationally combined with said first movement transmission member and a second end combined in a rotating manner with a first wall of said base, and a plurality of toothed gear wheels operationally combined with said pinion gear so as to form an epicyclic movement transmission mechanism (141, 142) mechanically coupled with a second wall of said base, the teeth of said gear wheels engaging with a toothed crown wheel obtained at the second wall of said base, the teeth of said gear wheels forming a second transmission member, said first movement transmission unit transmitting to said second transmission member a rotational movement having a number of r.p.m. below the number of r.p.m. of the rotational movement of said first movement transmission member, the rotational movement of said second transmission member determining the rotation of said supporting portion with respect to said first hinge structure and the consequent movement of said rotating leaf.
A method of recovering a robotic vehicle, comprising: determining whether the robotic vehicle is stolen; and in response to determining the robotic vehicle is stolen: determining an opportunity for the robotic vehicle to perform a recovery action, wherein the recovery action is an escape attempt; and performing the recovery action at the determined opportunity, characterised in that determining an opportunity for the robotic vehicle to perform a recovery action comprises: determining an amount of separation between the robotic vehicle and an unauthorized operator of the robotic vehicle; and determining the opportunity to perform the recovery action based on the amount of separation between the robotic vehicle and the unauthorized operator. determining whether the robotic vehicle is stolen; and in response to determining the robotic vehicle is stolen: determining an opportunity for the robotic vehicle to perform a recovery action, wherein the recovery action is an escape attempt; and performing the recovery action at the determined opportunity, characterised in that determining an opportunity for the robotic vehicle to perform a recovery action comprises: determining an amount of separation between the robotic vehicle and an unauthorized operator of the robotic vehicle; and determining the opportunity to perform the recovery action based on the amount of separation between the robotic vehicle and the unauthorized operator.
Metallic protective conductor connection element for arranging on an electrical terminal strip having a terminal housing, having a metal foot arrangement, which has at least one first metal foot for being supported on a carrier rail and at least one second metal foot for being supported on the carrier rail, wherein the first metal foot has a first spring element and a second spring element having a fastening region for forming a form-fitting connection of the second spring element of the first metal foot to the carrier rail and wherein the second metal foot has a first spring element having a fastening region for forming a form-fitting connection of the first spring element of the second metal foot to the carrier rail and a second spring element for forming a form-fitting connection of the second spring element of the second metal foot to the carrier rail, wherein the fastening region of the second spring element has a latching area formed as an angled-away rear grip, which engages behind the carrier rail in a mounted state of the metal foot so that the second spring element of the first metal foot can be latched by way of the fastening region thereof to the carrier rail, and wherein the second spring element of the second metal foot is formed in a substantially identical manner to the second spring element of the first metal foot and has a fastening region having a latching area formed as a rear grip, by means of which the second spring element of the second metal foot can be fastened in a form-fitting manner to the carrier rail by latching to the carrier rail, characterized in that the first spring element has a contact region formed in a rounded-off manner for forming a force-fitting connection of the first spring element of the first metal foot to the carrier rail.
A computer-implemented method comprising performing computer-implemented operations for: receiving, at a client device, a request to execute a virtualized application; in response to receiving the request, attempting to evaluate an execution policy for the virtualized application; determining whether the execution policy can be evaluated; unpublishing the virtualized application in response to determining that the execution policy cannot be evaluated, wherein unpublishing the virtualized application comprises storing a state of the virtualized application; if the execution policy can be evaluated, evaluating the execution policy for the virtualized application to determine if the virtualized application may be executed; and publishing the virtualized application in response to determining that the execution policy can be evaluated and that the virtualized application may be executed. receiving, at a client device, a request to execute a virtualized application; in response to receiving the request, attempting to evaluate an execution policy for the virtualized application; determining whether the execution policy can be evaluated; unpublishing the virtualized application in response to determining that the execution policy cannot be evaluated, wherein unpublishing the virtualized application comprises storing a state of the virtualized application; if the execution policy can be evaluated, evaluating the execution policy for the virtualized application to determine if the virtualized application may be executed; and publishing the virtualized application in response to determining that the execution policy can be evaluated and that the virtualized application may be executed.
A detection method for detecting bacteria, comprising the steps of a) specifically enriching a bacterial surface protein on an enrichment structure; b) specific detection reaction of a detection protein with the bacterial surface protein; c) detecting the detection protein, wherein a fusion protein, which is produced by bonding a bacteriophage protein to a marker protein via a linker protein, is used as the detection protein, the marker protein being selected from the group of human caspases, wherein the specific detection reaction takes place by a specific protein-protein interaction of the bacterial surface protein with the bacteriophage protein. a) specifically enriching a bacterial surface protein on an enrichment structure; b) specific detection reaction of a detection protein with the bacterial surface protein; c) detecting the detection protein,
A display device comprising: a shielding film provided on an inner wall of a casing having a display window, the shielding film blocking an electromagnetic wave via the casing; and an optically transparent shielding film (16a; 23; 31; 41) provided on an inner surface of a transparent member (14, 16b; 22) which is provided in a frame of the display window, the optically transparent shielding film (16a; 23; 31; 41) having an optical transparency, being capable of blocking an external electromagnetic wave passing through the transparent member (14, 16b; 22) and capable of preventing internal electromagnetic waves from passing through the transparent member (14, 16b, 22), and being electrically connected to the shielding film, and characterized in that, a conductive member (17; 24; 42) covers a gap between the shielding film and the optically transparent shielding film (16a; 23; 31; 41) along a periphery of the optically transparent shielding film (16a; 23; 31; 41), and electrically connects the shielding film and the optically transparent shielding film (16a; 23; 31; 41), wherein the conductive member (17; 24; 42) forms a series of conductive surfaces with the shielding film and the optically transparent shielding film (16a; 23; 31; 41), and fixes the optically transparent shielding film (16a, 23; 31; 41) to an inner wall periphery around the display window. a shielding film provided on an inner wall of a casing having a display window, the shielding film blocking an electromagnetic wave via the casing; and an optically transparent shielding film (16a; 23; 31; 41) provided on an inner surface of a transparent member (14, 16b; 22) which is provided in a frame of the display window, the optically transparent shielding film (16a; 23; 31; 41) having an optical transparency, being capable of blocking an external electromagnetic wave passing through the transparent member (14, 16b; 22) and capable of preventing internal electromagnetic waves from passing through the transparent member (14, 16b, 22), and being electrically connected to the shielding film, and characterized in that, a conductive member (17; 24; 42) covers a gap between the shielding film and the optically transparent shielding film (16a; 23; 31; 41) along a periphery of the optically transparent shielding film (16a; 23; 31; 41), and electrically connects the shielding film and the optically transparent shielding film (16a; 23; 31; 41), wherein the conductive member (17; 24; 42) forms a series of conductive surfaces with the shielding film and the optically transparent shielding film (16a; 23; 31; 41), and fixes the optically transparent shielding film (16a, 23; 31; 41) to an inner wall periphery around the display window.
A binding reagent capable of specifically binding to the chemokine receptor CCR2 for use in the treatment of a respiratory condition, wherein the binding reagent is immobilized on a solid support contained within an apheresis column, to which is applied peripheral blood from a patient thus removing chemokine receptor CCR2 expressing cells from the peripheral blood of the patient.
A method for predicting the risk for developing an inflammatory disorder in a subject, comprising: determining a concentration of each of IL-17A, IL-17A/F, and IL-17F in a blood, serum or plasma sample obtained from the subject; wherein when the subject has a concentration of IL-17A greater than about 0.18 pg/ml, of IL-17A/F greater than about 1.35 pg/ml or of IL-17F of greater than about 116 pg/ml, the subject is predicted to have a greater than normal risk of developing an inflammatory disorder. determining a concentration of each of IL-17A, IL-17A/F, and IL-17F in a blood, serum or plasma sample obtained from the subject; wherein when the subject has a concentration of IL-17A greater than about 0.18 pg/ml, of IL-17A/F greater than about 1.35 pg/ml or of IL-17F of greater than about 116 pg/ml, the subject is predicted to have a greater than normal risk of developing an inflammatory disorder.
A wireless communication device comprising: a notification information transmitting unit for transmitting, via a wireless communication network, notification information of the wireless communication device; a notification information receiving unit for receiving notification information transmitted from another device; a frequency switching unit for successively switching, at random cycles, a frequency at which the notification information is transmitted or a frequency at which the notification information is received; and a transmission processing unit for performing a data transmission process after transmitting or receiving an acknowledgement to the notification information to/from such other device; wherein transmission of the notification information by the transmitting unit and waiting for receipt of the notification information by the receiving unit are performed in time-division manner, and characterized by: a random period setting unit for setting a cycle for transmitting the notification information or a waiting cycle for the receipt of the notification information to a random period. a notification information transmitting unit for transmitting, via a wireless communication network, notification information of the wireless communication device; a notification information receiving unit for receiving notification information transmitted from another device; a frequency switching unit for successively switching, at random cycles, a frequency at which the notification information is transmitted or a frequency at which the notification information is received; and a transmission processing unit for performing a data transmission process after transmitting or receiving an acknowledgement to the notification information to/from such other device; wherein transmission of the notification information by the transmitting unit and waiting for receipt of the notification information by the receiving unit are performed in time-division manner, and characterized by: a random period setting unit for setting a cycle for transmitting the notification information or a waiting cycle for the receipt of the notification information to a random period. a random period setting unit for setting a cycle for transmitting the notification information or a waiting cycle for the receipt of the notification information to a random period.
A first network entity, comprising: a defining unit configured to define a common communication session comprising a plurality of contexts, wherein the common communication session is common to a plurality of network entities and terminal devices, a preconfiguring unit configured to preconfigure the common communication session by preconfiguring at least one context out of the plurality of contexts to be common for more than one network entity out of the plurality of network entities and for more than one terminal device out of the plurality of terminal devices, a first initiating unit configured to, based on the preconfiguration by the preconfiguring unit, initiate the preconfigured common communication session for at least one network entity out of the more than one network entities, and a triggering unit configured to, based on the initiation by the first initiating unit, trigger to initiate the preconfigured common communication session for at least one terminal device out of the more than one terminal devices. a defining unit configured to define a common communication session comprising a plurality of contexts, wherein the common communication session is common to a plurality of network entities and terminal devices, a preconfiguring unit configured to preconfigure the common communication session by preconfiguring at least one context out of the plurality of contexts to be common for more than one network entity out of the plurality of network entities and for more than one terminal device out of the plurality of terminal devices, a first initiating unit configured to, based on the preconfiguration by the preconfiguring unit, initiate the preconfigured common communication session for at least one network entity out of the more than one network entities, and a triggering unit configured to, based on the initiation by the first initiating unit, trigger to initiate the preconfigured common communication session for at least one terminal device out of the more than one terminal devices.
A display panel, comprising: a liquid crystal layer; a first substrate and a second substrate that are disposed at opposite sides of the liquid crystal layer; and a control electrode disposed above the first substrate, the control electrode being configured to receive electrical signals to control light incident into the liquid crystal layer to propagate through total reflection, and to drive liquid crystal molecules in the liquid crystal layer to form a liquid crystal grating to make totally-reflected light in the liquid crystal layer coupled out at a side of the first substrate; wherein the control electrode includes a plurality of first electrodes and a plurality of second electrodes, and the plurality of first electrodes and the plurality of second electrodes are insulated from each other; and the display panel further comprises a plurality of sub-pixels arranged in an array; wherein one first electrode is correspondingly provided in each sub-pixel, and each first electrode includes a plurality of first sub-electrodes spaced apart and electrically connected; wherein the plurality of sub-pixels include sub-pixels configured to be able to couple out and thus to emit monochromatic lights with different wavelengths; characterised in that a wavelength of monochromatic light that each sub-pixel is able to emit is inversely proportional to a number of first sub-electrodes in the sub-pixel. a liquid crystal layer; a first substrate and a second substrate that are disposed at opposite sides of the liquid crystal layer; and a control electrode disposed above the first substrate, the control electrode being configured to receive electrical signals to control light incident into the liquid crystal layer to propagate through total reflection, and to drive liquid crystal molecules in the liquid crystal layer to form a liquid crystal grating to make totally-reflected light in the liquid crystal layer coupled out at a side of the first substrate; wherein the control electrode includes a plurality of first electrodes and a plurality of second electrodes, and the plurality of first electrodes and the plurality of second electrodes are insulated from each other; and the display panel further comprises a plurality of sub-pixels arranged in an array; wherein one first electrode is correspondingly provided in each sub-pixel, and each first electrode includes a plurality of first sub-electrodes spaced apart and electrically connected; wherein the plurality of sub-pixels include sub-pixels configured to be able to couple out and thus to emit monochromatic lights with different wavelengths; characterised in that a wavelength of monochromatic light that each sub-pixel is able to emit is inversely proportional to a number of first sub-electrodes in the sub-pixel.