mhurhangee/ep-ind-claims huggingface dataset:
Device for driving a fastening element into a substrate, comprising a mechanical energy storage mechanism for storing mechanical energy and an energy-transfer mechanism for transferring energy from an energy source to the mechanical energy storage mechanism, wherein the energy-transfer mechanism includes a first energy-supply mechanism for transferring energy from an energy source to the mechanical energy storage mechanism and a second energy-supply mechanism different from the first energy-supply mechanism for transferring energy from the energy source to the mechanical energy storage mechanism and wherein the energy-transfer mechanism includes a motor with a motor output and a torque-transfer mechanism for transferring a torque from the motor output, characterised in that the torque-transfer mechanism includes a gear with a gear drive, a first gear output and a second gear output, wherein the first and/or the second gear output (480, 470) has/have a locking brake and/or a freewheel mechanism.
Apparatus for adjusting the thickness of a resin film exiting an extrusion lip of a blown film extruder, the apparatus comprising: a gear motor configured to provide a rotational movement in any one of two directions; an actuation unit connected with a first side to the gear motor and with a second side to the extrusion lip, wherein the actuation unit is configured to convert the rotational movement of the gear motor into an axial movement, and wherein the actuation unit is further configured to adjust a local width of the extrusion lip by the axial movement for adjusting the thickness of the resin film exiting the extrusion lip of the blown film extruder, characterized in that the apparatus further comprises a processor, wherein the processor is configured to automatically control the gear motor to adjust the local width of the extrusion lip by the axial movement for adjusting the thickness of the resin film to a predetermined thickness, and to adjust the thickness of the resin film to be essentially uniform throughout the entire circumference of the extrusion lip. a gear motor configured to provide a rotational movement in any one of two directions; an actuation unit connected with a first side to the gear motor and with a second side to the extrusion lip, wherein the actuation unit is configured to convert the rotational movement of the gear motor into an axial movement, and wherein the actuation unit is further configured to adjust a local width of the extrusion lip by the axial movement for adjusting the thickness of the resin film exiting the extrusion lip of the blown film extruder, characterized in that the apparatus further comprises a processor, wherein the processor is configured to automatically control the gear motor to adjust the local width of the extrusion lip by the axial movement for adjusting the thickness of the resin film to a predetermined thickness, and to adjust the thickness of the resin film to be essentially uniform throughout the entire circumference of the extrusion lip.
A device comprising: a folding adhesive plate configured for attachment to the skin of a patient at a catheter insertion site and having an opening through which an implanted catheter can pass; a flexible sheath extending proximally from the adhesive plate and configured to surround an external segment of the catheter; a coupling body fixedly attached to the adhesive plate for coupling to the external catheter segment, the folding adhesive plate, sheath, and coupling body being configured to form a sealed chamber around the external catheter segment, wherein the folding adhesive plate is configured to provide a circumferential seal around the insertion site, and characterised in that the coupling body further comprises a first fitting configured to couple to the external segment of the implanted catheter when the catheter dressing assembly is sealed therearound and a second fitting in fluid communication with the implanted catheter and configured for insertion and removal of fluid from the implanted catheter. a folding adhesive plate configured for attachment to the skin of a patient at a catheter insertion site and having an opening through which an implanted catheter can pass; a flexible sheath extending proximally from the adhesive plate and configured to surround an external segment of the catheter; a coupling body fixedly attached to the adhesive plate for coupling to the external catheter segment, the folding adhesive plate, sheath, and coupling body being configured to form a sealed chamber around the external catheter segment, wherein the folding adhesive plate is configured to provide a circumferential seal around the insertion site, and characterised in that the coupling body further comprises a first fitting configured to couple to the external segment of the implanted catheter when the catheter dressing assembly is sealed therearound and a second fitting in fluid communication with the implanted catheter and configured for insertion and removal of fluid from the implanted catheter.
A helmet comprising: an outer shell; an inner shell lining an inner surface of the outer shell and formed from an energy absorbing material configured to protect against a radial component of an impact to the wearer's head; and a low friction sliding interface between the inner shell and the outer shell configured to facilitate sliding of the inner shell relative to the outer shell in response to an impact to the wearer's head to protect against a tangential component of the impact; wherein the inner shell comprises a plurality of shell segments, each shell segment being configured to slide relative to the outer shell at the sliding interface and each shell segment being configured to slide independently of each other shell segment, and the plurality of shell segments comprise front and rear shell segments arranged to cover front and rear parts of the wearer's head respectively, and one of the front shell segment or rear shell segment comprises a protruding portion configured to protrude into a cut-out portion of the other of the front shell segment and the rear shell segment. an outer shell; an inner shell lining an inner surface of the outer shell and formed from an energy absorbing material configured to protect against a radial component of an impact to the wearer's head; and a low friction sliding interface between the inner shell and the outer shell configured to facilitate sliding of the inner shell relative to the outer shell in response to an impact to the wearer's head to protect against a tangential component of the impact; wherein the inner shell comprises a plurality of shell segments, each shell segment being configured to slide relative to the outer shell at the sliding interface and each shell segment being configured to slide independently of each other shell segment, and the plurality of shell segments comprise front and rear shell segments arranged to cover front and rear parts of the wearer's head respectively, and one of the front shell segment or rear shell segment comprises a protruding portion configured to protrude into a cut-out portion of the other of the front shell segment and the rear shell segment.
A tire comprising: a bead portion in which a bead core of resin-covered cord is embedded; characterised by a reinforcing layer that is formed of a reinforcing material covered by a resin material, that is thermally welded to the bead core, and that extends from the bead portion to a side portion connected to a tire radial direction outer side of the bead portion. a bead portion in which a bead core of resin-covered cord is embedded; characterised by a reinforcing layer that is formed of a reinforcing material covered by a resin material, that is thermally welded to the bead core, and that extends from the bead portion to a side portion connected to a tire radial direction outer side of the bead portion.
Bending machine with a lower machine part and an upper machine part, which are arranged movably relative to one another in a feed direction of a workpiece to be bent, with a lower holding beam and with a lower bending beam, which are associated with the lower machine part, with an upper holding beam and with an upper bending beam, which are associated with the upper machine part, wherein the four beams (50, 60, 70, 80) being aligned transversely to the said feed direction and the workpiece to be bent being insertable between the said four beams between the machine parts (20, 30), the upper holding beam clamping the workpiece to be bent in a first clamping position with respect to the lower holding beam, the upper holding beam clamping the workpiece to be bent in a second clamping position with respect to the lower holding beam horizontally offset in the feed direction, wherein in the first clamping position the upper bending beam is arranged to bend the workpiece to be bent downwards about the front edge of the lower bending beam, wherein in the second clamping position the lower bending beam is arranged to bend the workpiece to be bent upwards about the front edge of the upper bending beam, characterised in that in that the upper machine part can be pivoted with respect to the lower machine part about a first pivot axis aligned horizontally and transversely with respect to the feed direction, and in that the upper machine part can be pivoted with respect to the lower machine part about a second pivot axis aligned horizontally and transversely with respect to the feed direction, so that the two clamping positions (110, 120) are reached via a curved path deviating from the feed direction, wherein the first and the second pivot axis is arranged above the respective articulation point (93 and 94) of the upper machine part.
A security management system comprising: an inspection point server and a policy server connected via a network, each of said inspection point server and said policy server connectable to an electronic device via said network; said inspection point server configured to receive, from said electronic device, a request to send contextual data pertaining to the identity of a subscriber (S, S') to a destination server (110, 114); said inspection point server configured, in response to receiving said request, to transmit an authorization request to said policy server, said authorization request comprising a request for approval to send said contextual data from said electronic device to said destination server (110, 114); said policy server configured to receive said authorization request, to access security management data, and to determine whether to approve or deny said authorization request based on a comparison of said authorization request and said security management data; said policy server configured to send a response (420, 425) to said inspection point server indicating whether said authorization request is approved or denied; said inspection point server configured to receive said response to said authorization request, to send said contextual data if said response indicates approval, and to prevent delivery of said contextual data if said response indicates denial. an inspection point server and a policy server connected via a network, each of said inspection point server and said policy server connectable to an electronic device via said network; said inspection point server configured to receive, from said electronic device, a request to send contextual data pertaining to the identity of a subscriber (S, S') to a destination server (110, 114); said inspection point server configured, in response to receiving said request, to transmit an authorization request to said policy server, said authorization request comprising a request for approval to send said contextual data from said electronic device to said destination server (110, 114); said policy server configured to receive said authorization request, to access security management data, and to determine whether to approve or deny said authorization request based on a comparison of said authorization request and said security management data; said policy server configured to send a response (420, 425) to said inspection point server indicating whether said authorization request is approved or denied; said inspection point server configured to receive said response to said authorization request, to send said contextual data if said response indicates approval, and to prevent delivery of said contextual data if said response indicates denial.
A method of wireless communication by a receiving user equipment, UE, the method comprising: receiving, from a transmitting UE, a first transmission in a first channel occupancy time, COT; determining, in response to the receiving of the first transmission, a first feedback occasion is outside of the first COT; determining, in response to determining the first feedback occasion is outside of the first COT, one or more feedback configurations; and transmitting, to the transmitting UE, a feedback message indicating decoding of the first transmission in the first feedback occasion or a second feedback occasion based on the one or more feedback configurations, characterized in that the determining the one or more feedback configurations comprises one of: determining a second COT is active and adjacent to the first COT, wherein the feedback message is transmitted in the first feedback occasion of the second COT; and determining one or both of a total number of feedback messages transmitted during a time window is less than a transmission number threshold or a total duration of the feedback messages during the time window is less than a transmission duration threshold, wherein the feedback message is transmitted in the first feedback occasion of the second COT. receiving, from a transmitting UE, a first transmission in a first channel occupancy time, COT; determining, in response to the receiving of the first transmission, a first feedback occasion is outside of the first COT; determining, in response to determining the first feedback occasion is outside of the first COT, one or more feedback configurations; and transmitting, to the transmitting UE, a feedback message indicating decoding of the first transmission in the first feedback occasion or a second feedback occasion based on the one or more feedback configurations, characterized in that the determining the one or more feedback configurations comprises one of: determining a second COT is active and adjacent to the first COT, wherein the feedback message is transmitted in the first feedback occasion of the second COT; and determining one or both of a total number of feedback messages transmitted during a time window is less than a transmission number threshold or a total duration of the feedback messages during the time window is less than a transmission duration threshold, wherein the feedback message is transmitted in the first feedback occasion of the second COT. determining a second COT is active and adjacent to the first COT, wherein the feedback message is transmitted in the first feedback occasion of the second COT; and determining one or both of a total number of feedback messages transmitted during a time window is less than a transmission number threshold or a total duration of the feedback messages during the time window is less than a transmission duration threshold, wherein the feedback message is transmitted in the first feedback occasion of the second COT.
A method for providing a menu of a display apparatus, comprising: dividing a display screen of a display apparatus into a plurality of areas (310, 320, 330, 340), and displaying one of a plurality of images on each of the plurality of areas, thereby displaying the plurality of images on the display screen simultaneously; the method characterised by: in response to a predetermined first user command being input, displaying a simultaneous control menu on the plurality of areas, wherein the simultaneous control menu is for simultaneously changing a setting of the plurality of images displayed on the plurality of areas; and in response to a predetermined second user command being input, displaying an individual control menu (510, 610, 710, 810) in one area of the plurality of areas where one image is displayed, wherein the individual control menu (510, 610, 710, 810) is for changing a setting of the one image on which the individual control menu is displayed. dividing a display screen of a display apparatus into a plurality of areas (310, 320, 330, 340), and displaying one of a plurality of images on each of the plurality of areas, thereby displaying the plurality of images on the display screen simultaneously; the method characterised by: in response to a predetermined first user command being input, displaying a simultaneous control menu on the plurality of areas, wherein the simultaneous control menu is for simultaneously changing a setting of the plurality of images displayed on the plurality of areas; and in response to a predetermined second user command being input, displaying an individual control menu (510, 610, 710, 810) in one area of the plurality of areas where one image is displayed, wherein the individual control menu (510, 610, 710, 810) is for changing a setting of the one image on which the individual control menu is displayed. in response to a predetermined first user command being input, displaying a simultaneous control menu on the plurality of areas, wherein the simultaneous control menu is for simultaneously changing a setting of the plurality of images displayed on the plurality of areas; and in response to a predetermined second user command being input, displaying an individual control menu (510, 610, 710, 810) in one area of the plurality of areas where one image is displayed, wherein the individual control menu (510, 610, 710, 810) is for changing a setting of the one image on which the individual control menu is displayed.
An air conditioner comprising: an outdoor unit; a printed-circuit board having a power element; and a refrigerant jacket to which the power element is thermally connected, with refrigerant circulating in the refrigerant jacket, the refrigerant used in the refrigeration cycle, wherein the printed-circuit board and the refrigerant jacket are provided in a casing of the outdoor unit, the refrigerant circulating in the refrigerant jacket cools the power element, the casing has a face having a service opening, and the refrigerant jacket faces the service opening, characterized in that the refrigerant jacket is closer to a front side of the casing than the power element as viewed from the service opening. an outdoor unit; a printed-circuit board having a power element; and a refrigerant jacket to which the power element is thermally connected, with refrigerant circulating in the refrigerant jacket, the refrigerant used in the refrigeration cycle, wherein the printed-circuit board and the refrigerant jacket are provided in a casing of the outdoor unit, the refrigerant circulating in the refrigerant jacket cools the power element, the casing has a face having a service opening, and the refrigerant jacket faces the service opening, characterized in that the refrigerant jacket is closer to a front side of the casing than the power element as viewed from the service opening.
An implantable arrangement for stimulating a human or animal heart, the implantable system comprising a processor, a memory means, an atrial stimulator and a detector for detecting atrial tachycardia, wherein the memory means comprises a computer-readable program that prompts the processor to carry out the following steps when said program is being executed on the processor: a) detecting by means of the detector whether an atrial tachycardia to be treated is present in a human heart or animal heart; b) performing an atrial antitachycardia stimulation by means of the atrial stimulator when an atrial tachycardia to be treated is present; c) performing an atrial post-treatment stimulation after the atrial antitachycardia stimulation has been performed and only when no tachycardiac intrinsic atrial activity is present, wherein the post-treatment stimulation is configured to be within a range of from 1 minute up to 7 days and is carried out at a lower stimulation rate than is used when performing the atrial antitachycardia stimulation. a) detecting by means of the detector whether an atrial tachycardia to be treated is present in a human heart or animal heart; b) performing an atrial antitachycardia stimulation by means of the atrial stimulator when an atrial tachycardia to be treated is present; c) performing an atrial post-treatment stimulation after the atrial antitachycardia stimulation has been performed and only when no tachycardiac intrinsic atrial activity is present, wherein the post-treatment stimulation is configured to be within a range of from 1 minute up to 7 days and is carried out at a lower stimulation rate than is used when performing the atrial antitachycardia stimulation.
A swirler comprising: a base comprising a first end opposite a second end along a longitudinal axis of the base, the base including one or more helical fins oriented along the longitudinal axis from the first end to the second end; and an annular member coupled to the base and positioned at least partially around the longitudinal axis; wherein the annular member is positioned around an entirety of the base and is configured to function as a distributor and generate divergent flow which moves fluid radially outward from the base. a base comprising a first end opposite a second end along a longitudinal axis of the base, the base including one or more helical fins oriented along the longitudinal axis from the first end to the second end; and an annular member coupled to the base and positioned at least partially around the longitudinal axis; wherein the annular member is positioned around an entirety of the base and is configured to function as a distributor and generate divergent flow which moves fluid radially outward from the base.