mhurhangee/ep-ind-claims huggingface dataset:
A holder for releasably securing a flat, approximately rectangular device, such as a tablet computer (1, 1A, 1B) or a smartphone, to a component (381, 382, 383, 610), in particular to a component of a motor vehicle, the holder comprising a mounting which can be secured to the component (381, 382, 383, 610) and a holder frame for receiving the device (1, 1A, 1B, 1a), wherein the holder frame can be releasably secured to the mounting, characterized in that the mounting comprising a carrier having first connection elements (412, 412a, 412b, 413a, 414, 415, 622, 625, 630, 630a, 630b) arranged on opposite sides, the spacing thereof being adjustable and thus adaptable to holder frames or cases (450, 450A, 450B) having various external dimensions, and in that the holder frame has second connection elements (511, 511A, 511B, 521, 521A, 521B, 711, 721, 731, 741) at two opposite edges (510, 520), wherein the first and second connection elements are designed in a complementary manner with respect to each other such that, when the holder frame is inserted into the mounting, the first connection elements (412, 412a, 412b, 413a, 414, 415, 622, 625, 630, 630a, 630b) and the second connection elements (511, 511A, 511B, 521, 521A, 521B, 711, 721, 731, 741) interlock for the purpose of mutual fixing such that the holder frame cannot be moved out of the mounting in the holder frame plane and/or perpendicularly to the holder frame plane.
A USB link lock device, comprising: a device body; a blocking member provided on the device body, and insertively coupled to an USB port of an electronic device to block access of an external device; an external USB port part provided on the device body to be adjacent to the blocking member, an external USB connection port being insertively coupled to the external USB port part; characterized by a signal connection part enabling signal transmission between a terminal inside the USB port of the electronic device into which the blocking member is inserted and the external USB connection port inserted into the external USB port part; a locking member selectively locked to the electronic device so that the blocking member is not forcedly removed in a state of being inserted into the USB port of the electronic device; a stopping member provided in the device body to be retractable into the external USB port part, and selectively blocking an unauthorized external USB connection port from being inserted into the external USB port part; and a lock member movably provided on the blocking member, and interfering with the locking member depending on a moving position to control a locking operation of the locking member, supporting the stopping member to change a posture of the stopping member depending on the moving position and thereby control a blocking operation of the stopping member. a device body; a blocking member provided on the device body, and insertively coupled to an USB port of an electronic device to block access of an external device; an external USB port part provided on the device body to be adjacent to the blocking member, an external USB connection port being insertively coupled to the external USB port part; characterized by a signal connection part enabling signal transmission between a terminal inside the USB port of the electronic device into which the blocking member is inserted and the external USB connection port inserted into the external USB port part; a locking member selectively locked to the electronic device so that the blocking member is not forcedly removed in a state of being inserted into the USB port of the electronic device; a stopping member provided in the device body to be retractable into the external USB port part, and selectively blocking an unauthorized external USB connection port from being inserted into the external USB port part; and a lock member movably provided on the blocking member, and interfering with the locking member depending on a moving position to control a locking operation of the locking member, supporting the stopping member to change a posture of the stopping member depending on the moving position and thereby control a blocking operation of the stopping member.
A radiation therapy system, comprising: a radiation source; a rotation mechanism that supports the radiation source and rotates the radiation source around an isocenter; a couch that places a therapy target site of a patient at the isocenter; a head swing mechanism that is disposed between the radiation source and the rotation mechanism and that swings an irradiation axis (Sc) of a radiation emitted from the radiation source by swinging the radiation source; and a control unit configured to control the radiation source, the rotation mechanism, and the head swing mechanism, such that the control unit holds the head swing mechanism in a state where the irradiation axis (Sc) of the radiation of the radiation source is shifted from the isocenter in a predetermined direction by a predetermined amount, and rotates the radiation source by the rotation mechanism while emitting the radiation from the radiation source while maintaining the state of the head swing mechanism, and a direction in which the control unit shifts the irradiation axis (Sc) from the isocenter includes a component in a rotation axis direction of the rotation mechanism, and the system being characterised in that the control unit is configured such that the control unit shifts the irradiation axis (Sc) from the isocenter in a positive direction in the rotation axis direction, rotates the radiation source by the rotation mechanism in this state, and then shifts the irradiation axis (Sc) from the isocenter in a negative direction in the rotation axis direction, and rotates the radiation source by the rotation mechanism in this state. a radiation source; a rotation mechanism that supports the radiation source and rotates the radiation source around an isocenter; a couch that places a therapy target site of a patient at the isocenter; a head swing mechanism that is disposed between the radiation source and the rotation mechanism and that swings an irradiation axis (Sc) of a radiation emitted from the radiation source by swinging the radiation source; and a control unit configured to control the radiation source, the rotation mechanism, and the head swing mechanism, such that the control unit holds the head swing mechanism in a state where the irradiation axis (Sc) of the radiation of the radiation source is shifted from the isocenter in a predetermined direction by a predetermined amount, and rotates the radiation source by the rotation mechanism while emitting the radiation from the radiation source while maintaining the state of the head swing mechanism, and a direction in which the control unit shifts the irradiation axis (Sc) from the isocenter includes a component in a rotation axis direction of the rotation mechanism, and the system being characterised in that the control unit is configured such that the control unit shifts the irradiation axis (Sc) from the isocenter in a positive direction in the rotation axis direction, rotates the radiation source by the rotation mechanism in this state, and then shifts the irradiation axis (Sc) from the isocenter in a negative direction in the rotation axis direction, and rotates the radiation source by the rotation mechanism in this state.
A device for eyeliner-wearing guide, comprising: an image capturing device, configured to capture a facial image of a user, wherein the facial image at least comprises an eye portion (E1, E2) of the user; a processor, configured to receive the facial image, obtain a plurality of eye feature points (114-134, NF1-NF4) according to the facial image, and obtain an eyeliner guide area (310-1-310-6, EL1, EL2) by performing calculation according to the eye feature points (114-134, NF1-NF4) and an eyeliner type; and a display, configured to display the facial image of the user and the corresponding eyeliner guide area (310-1-310-6, EL1, EL2) to guide the user for wearing a makeup according to the eye-liner guide area (310-1-310-6, EL1, EL2), wherein the eye feature points comprise a plurality of upper eyelid feature points and a plurality of lower eyelid feature points corresponding to the eye portion (E1, E2), wherein the processor calculates, according to two adjacent eyelid feature points (114-123, 125-133) among the upper eyelid feature points or the lower eyelid feature points and an eyeliner width value of the two adjacent eyelid feature points (114-123, 125-133) obtained for the eyeliner type, each of eyeliner reference points (B1-B20) corresponding to the two adjacent eyelid feature points (114-123, 125-133), and the processor forms the eyeliner guide area (EL1, EL2) by connecting the eyeliner reference points (B1-B20). an image capturing device, configured to capture a facial image of a user, wherein the facial image at least comprises an eye portion (E1, E2) of the user; a processor, configured to receive the facial image, obtain a plurality of eye feature points (114-134, NF1-NF4) according to the facial image, and obtain an eyeliner guide area (310-1-310-6, EL1, EL2) by performing calculation according to the eye feature points (114-134, NF1-NF4) and an eyeliner type; and a display, configured to display the facial image of the user and the corresponding eyeliner guide area (310-1-310-6, EL1, EL2) to guide the user for wearing a makeup according to the eye-liner guide area (310-1-310-6, EL1, EL2), wherein the eye feature points comprise a plurality of upper eyelid feature points and a plurality of lower eyelid feature points corresponding to the eye portion (E1, E2), wherein the processor calculates, according to two adjacent eyelid feature points (114-123, 125-133) among the upper eyelid feature points or the lower eyelid feature points and an eyeliner width value of the two adjacent eyelid feature points (114-123, 125-133) obtained for the eyeliner type, each of eyeliner reference points (B1-B20) corresponding to the two adjacent eyelid feature points (114-123, 125-133), and the processor forms the eyeliner guide area (EL1, EL2) by connecting the eyeliner reference points (B1-B20).
An imaging component, comprising: a laminated substrate constituted such that a plurality of layers formed of a resin material are laminated; a plurality of electrode pads disposed on a surface of the laminated substrate; and a plurality of conductor patterns disposed between the plurality of layers, the plurality of conductor patterns having belt shapes, at least one of the plurality of conductor patterns having a first portion and a second portion, the first portion overlapping with one of the plurality of electrode pads in a stacking direction of the plurality of layers, the second portion not overlapping with the plurality of electrode pads in the stacking direction, a width of the first portion being greater than a width of the second portion; wherein when viewed from a direction perpendicular to the surface, the first portion is wider than the one of the plurality of electrode pads overlapping with the first portion. a laminated substrate constituted such that a plurality of layers formed of a resin material are laminated; a plurality of electrode pads disposed on a surface of the laminated substrate; and a plurality of conductor patterns disposed between the plurality of layers, the plurality of conductor patterns having belt shapes, at least one of the plurality of conductor patterns having a first portion and a second portion, the first portion overlapping with one of the plurality of electrode pads in a stacking direction of the plurality of layers, the second portion not overlapping with the plurality of electrode pads in the stacking direction, a width of the first portion being greater than a width of the second portion; wherein when viewed from a direction perpendicular to the surface, the first portion is wider than the one of the plurality of electrode pads overlapping with the first portion.
A gun, in particular a carbine, comprising an upper housing and a lower housing, the upper housing containing at least one barrel comprising a barrel shaft, optionally comprising a locking bush that is rigidly connected to said shaft, optionally a carrier connected to the upper housing for carrying a bolt mechanism, a bolt mechanism, a firing pin mechanism, optionally a gas mechanism and a cover, the lower housing containing at least one butt, a magazine and a trigger mechanism, the upper housing and the lower housing being interconnected in the assembled ready-to-fire state and the trigger mechanism being operatively connected to the firing pin mechanism, and the barrel being detachably arranged in the upper housing, characterized in that the barrel, optionally the locking bush thereof, and the upper housing, optionally the carrier, are interconnected by means of corresponding guides provided on the upper housing, optionally on the carrier, and on the barrel, optionally on the locking bush, in that the guides comprise prismatic guide surfaces, which extend in parallel with the barrel shaft when the gun is mounted and ready to fire, in that the barrel is secured to the upper housing by means of a tensioning element mounted in the upper housing, optionally in the carrier, that can rotate in the upper housing about an axis of rotation, which extends normally with respect to the gun center plane, between two end positions, the ready-to-fire position and the disassembled position, comprising a tensioning portion, optionally in the form of a cam, and an actuating portion, and in that, in the ready-to-fire position, the tensioning portion rests against a stop surface of the barrel or the locking bush thereof and, in the fieldstripped position, the tensioning portion, optionally the cam, lies entirely outside the motion path of the barrel, optionally also the locking bush thereof.
A syringe comprising: a syringe barrel having a distal end, an open proximal end, a sidewall extending between the distal end to the open proximal end, and the sidewall defining a chamber; a non-luer tip at the distal end of the syringe barrel and dimensioned such that the non-luer tip is not connectable to an intravenous device, the non-luer tip defining a fluid pathway in fluid communication with the chamber; and an enteral collar having a distal end and a proximal end, the proximal end including a rim circumferentially abutting the distal end of the syringe barrel, the enteral collar surrounding at least a portion of the non-luer tip and defining a moat region around the non-luer tip, the enteral collar sized and configured to permit a threaded connection of the distal end of the enteral collar to an enteral device and prevent connection to a device having a standard luer connector, the proximal end of the enteral collar comprising a vent configured to allow removal of fluid from the moat region; and a plug that reversibly seals the vent. a syringe barrel having a distal end, an open proximal end, a sidewall extending between the distal end to the open proximal end, and the sidewall defining a chamber; a non-luer tip at the distal end of the syringe barrel and dimensioned such that the non-luer tip is not connectable to an intravenous device, the non-luer tip defining a fluid pathway in fluid communication with the chamber; and an enteral collar having a distal end and a proximal end, the proximal end including a rim circumferentially abutting the distal end of the syringe barrel, the enteral collar surrounding at least a portion of the non-luer tip and defining a moat region around the non-luer tip, the enteral collar sized and configured to permit a threaded connection of the distal end of the enteral collar to an enteral device and prevent connection to a device having a standard luer connector, the proximal end of the enteral collar comprising a vent configured to allow removal of fluid from the moat region; and a plug that reversibly seals the vent.
Device for the assessment of a front face of a rod-shaped product of the tobacco processing industry, including an optical sensor and an electronic signal processing device for evaluating the measuring signals collected by the sensor, characterized in that the sensor is configured for 3-dimensional measurement of the surface profile of the whole front face of the rod-shaped product, and the signal processing device is configured for the identification of at least one criterion of the following group of criteria on the basis of the evaluation of the measuring signals output by the sensor: - angle α of the front face; - positive / negative excess length of fibres relative to the front face. - angle α of the front face; - positive / negative excess length of fibres relative to the front face.
Device for mechanical locking/separation by rotation, including a main body, secured to a first system, provided with an actuator for rotatably actuating a rotary rod inserted into the main body; and including a receptacle, secured to a second system to be attached temporarily to the first system; the rotary rod being movable in translation under the action of a return spring in the main body and being provided with a locking head provided with a first recess for locking by rotation, complementary with a second recess of said receptacle, characterised in that the actuator is coupled with the rod by means of a rotary unlocking ring provided with an actuation finger, the actuator including a yoke for operating the finger.
Operating device for a technical apparatus, in particular a medical apparatus, wherein a user can use his hand to generate commands for operating the technical apparatus via the operating device, comprising: - a first sensor device for capturing the position of the hand of the user in space, as a result of which first sensor signals are generated; - a second sensor device which senses independently of the first sensor device and is intended to capture the movement of at least one part of the finger of the hand of the user, as a result of which second sensor signals are generated; - a processing unit for processing the first and second sensor signals (S1, S2) in such a manner that it is determined which predetermined movement pattern(s) representing respective commands from the user is/are represented by the first and second sensor signals (S1, S2); characterized in that the processing unit is configured in such a manner that it can use the first sensor signals to determine movements of the hand of the user which represent predetermined movements to be carried out by the technical apparatus and can use the second sensor signals to determine virtual key activations of a virtual input device which are carried out via at least one part of the finger of the hand of the user, and the processing unit is configured in such a manner that it can also determine, when determining the virtual key activations, which key of the virtual input device is activated, for which purpose the first sensor signals are evaluated in addition to the second sensor signals in order to use the first sensor signals to determine the position of the hand of the user with respect to the virtual input device during a virtual key activation. - a first sensor device for capturing the position of the hand of the user in space, as a result of which first sensor signals are generated; - a second sensor device which senses independently of the first sensor device and is intended to capture the movement of at least one part of the finger of the hand of the user, as a result of which second sensor signals are generated; - a processing unit for processing the first and second sensor signals (S1, S2) in such a manner that it is determined which predetermined movement pattern(s) representing respective commands from the user is/are represented by the first and second sensor signals (S1, S2);
A method for catalytically oxidating a hydrogen and low temperature environment air mixture, in a burner, without forming flames, wherein said hydrogen/air mixture has a mixing ratio less than a flash point thereof and is at first conveyed onto a self- priming catalyzer, adapted to self-prime an oxidation of said mixture, and then onto one or more downstream catalyzers for providing a continued operating oxidation at "zero emissions", and wherein hydrogen oxidation heat is removed by a heat exchanger having substantially the shape of a toroidal jacket therethrough water to be heated is caused to pass, characterized in that water to be heated is supplied through a duct which longitudinally extends in an heat exchanger in the form of a candle, which in turn longitudinally extends in a hot gas conducting and collecting chamber, the outlet of the heat exchanger communicating with the toroidal jacket, in that water exiting from the heat exchanger is caused to pass through the toroidal jacket by a scroll turbulator placed in the toroidal jacket, and in that hot gases produced by hydrogen oxidation are conveyed through the heat exchanger via a further turbulator being placed in the hot gas conducting and collecting chamber between the heat exchanger and the toroidal jacket. wherein said hydrogen/air mixture has a mixing ratio less than a flash point thereof and is at first conveyed onto a self- priming catalyzer, adapted to self-prime an oxidation of said mixture, and then onto one or more downstream catalyzers for providing a continued operating oxidation at "zero emissions", and wherein hydrogen oxidation heat is removed by a heat exchanger having substantially the shape of a toroidal jacket therethrough water to be heated is caused to pass, characterized in that water to be heated is supplied through a duct which longitudinally extends in an heat exchanger in the form of a candle, which in turn longitudinally extends in a hot gas conducting and collecting chamber, the outlet of the heat exchanger communicating with the toroidal jacket, in that water exiting from the heat exchanger is caused to pass through the toroidal jacket by a scroll turbulator placed in the toroidal jacket, and in that hot gases produced by hydrogen oxidation are conveyed through the heat exchanger via a further turbulator being placed in the hot gas conducting and collecting chamber between the heat exchanger and the toroidal jacket.