mhurhangee/patent-ind-claim-en huggingface dataset:
Operating device for detachable connection to an LED module (3, 3', 3"), wherein the operating device for detachable connection to the LED module (3, 3', 3") has a power provision interface and a memory access interface , wherein the operating device further comprises an electronic ballast which is connected to the power provision interface of the operating device , wherein the electronic ballast provides a supply power for the LED module (3, 3', 3") at the power provision interface with at least one adjustable operating parameter, wherein the operating device is further configured to receive module information from a module memory of the LED module (3, 3', 3") via the memory access interface , wherein the electronic ballast adjusts the operating parameter depending on the received module information, characterised in that the operating device is configured to store a code of a connected LED module (3, 3', 3") in order to check after switching off and subsequent switching on whether a currently connected LED module (3, 3', 3") was already connected beforehand, and the operating device is configured to store a number of operating hours of the electronic ballast in an operating memory, and the operating device is configured to transmit a number of operating hours of the operating device and/or of one or more of LED modules to a central unit. wherein the operating device for detachable connection to the LED module (3, 3', 3") has a power provision interface and a memory access interface , wherein the operating device further comprises an electronic ballast which is connected to the power provision interface of the operating device , wherein the electronic ballast provides a supply power for the LED module (3, 3', 3") at the power provision interface with at least one adjustable operating parameter, wherein the operating device is further configured to receive module information from a module memory of the LED module (3, 3', 3") via the memory access interface , wherein the electronic ballast adjusts the operating parameter depending on the received module information, characterised in that the operating device is configured to store a code of a connected LED module (3, 3', 3") in order to check after switching off and subsequent switching on whether a currently connected LED module (3, 3', 3") was already connected beforehand, and the operating device is configured to store a number of operating hours of the electronic ballast in an operating memory, and the operating device is configured to transmit a number of operating hours of the operating device and/or of one or more of LED modules to a central unit.
Control method for a system for charging (SYS) a traction battery (BATT), which system is connected to a single-phase or three-phase supply network (RES), said charging system (SYS) including a rectifier input stage (RED) connected on the output side to two capacitors (C1, C2) joined by a midpoint (M), a DC/DC converter (DCDCH) being connected on the input side to the terminals of one of said capacitors (C1) between a positive terminal of said capacitor (C1) and said midpoint (M), and another DC/DC converter (DCDCL) being connected on the input side to the terminals of the other of said capacitors (C2) between a negative terminal of said other capacitor (C2) and said midpoint (M), the outputs of said DC/DC converters (DCDCH, DCDCL) being connected in parallel to the terminals of said traction battery (BATT), said control method being characterized in that it includes the steps of: - increasing (E7) the power transmitted (P H ) by the DC/DC converter of higher efficiency (DCDCH) among said DC/DC converters (DCDCH, DCDCL), and reducing (E7) the power transmitted by the other of said DC/DC converters (DCDCL), with respect to an initial operation of said charging system (SYS). - increasing (E7) the power transmitted (P H ) by the DC/DC converter of higher efficiency (DCDCH) among said DC/DC converters (DCDCH, DCDCL), and reducing (E7) the power transmitted by the other of said DC/DC converters (DCDCL), with respect to an initial operation of said charging system (SYS).
A method for fastening a metallic bush on a metallic structural part , - in which a ring-shaped contact surface is formed on the bush , - in which a structural part opening is formed on the structural part , - in which a circumferential collar along the structural part opening is formed on the structural part by forming an opening edge surrounding the structural part opening , so that the collar protrudes on a mounting side of the structural part , which is provided for the applying of the bush , characterized in that the collar comprises a free-standing edge located at an end of the collar facing the bush when the bush is attached, wherein the free-standing edge of the collar before the applying of the bush has a circumferential collar surface , which is delimited by a circumferential distal outer edge with respect to the structural part opening , and a circumferential proximal inner edge with respect to the structural part opening , - wherein the bush in the region of the structural part opening is pressed against the mounting side of the structural part so that the contact surface touches the front collar surface or the distal outer edge of the free-standing edge of the collar , and - the bush is pressed against the structural part , so that the contact surface lies against the free-standing edge of the collar under prestressing, - in which a resistance welding is carried out, whilst the contact surface lies in a pre-stressed manner against the free-standing edge of the collar , so that bush and structural part are welded to one another in the region of the contact of contact surface and collar . - in which a ring-shaped contact surface is formed on the bush , - in which a structural part opening is formed on the structural part , - in which a circumferential collar along the structural part opening is formed on the structural part by forming an opening edge surrounding the structural part opening , so that the collar protrudes on a mounting side of the structural part , which is provided for the applying of the bush , - wherein the bush in the region of the structural part opening is pressed against the mounting side of the structural part so that the contact surface touches the front collar surface or the distal outer edge of the free-standing edge of the collar , and - the bush is pressed against the structural part , so that the contact surface lies against the free-standing edge of the collar under prestressing, - in which a resistance welding is carried out, whilst the contact surface lies in a pre-stressed manner against the free-standing edge of the collar , so that bush and structural part are welded to one another in the region of the contact of contact surface and collar .
A storage element comprising: an envelope; an external terminal having an exposed surface which is exposed to the outside of the envelope; a current collector which is contained inside of the envelope and is connected to the external terminal ; and a power generating element which is contained inside of the envelope and is connected to the current collector , wherein the external terminal includes: a flat portion exposed to the outside of the envelope; and a shaft projecting from the flat portion to the inside of the envelope and being connected to the current collector , wherein the external terminal comprises a plate-like member and a rod-like connecting member, characterised in that one end of the rod-like connecting member is contained in a recess formed at the inner surface on a side opposite to an exposed surface of the plate-like member , and the other end of the rod-like connecting member projects from the inner surface of the plate-like member . an envelope; an external terminal having an exposed surface which is exposed to the outside of the envelope; a current collector which is contained inside of the envelope and is connected to the external terminal ; and a power generating element which is contained inside of the envelope and is connected to the current collector , a flat portion exposed to the outside of the envelope; and a shaft projecting from the flat portion to the inside of the envelope and being connected to the current collector , wherein the external terminal comprises a plate-like member and a rod-like connecting member, characterised in that one end of the rod-like connecting member is contained in a recess formed at the inner surface on a side opposite to an exposed surface of the plate-like member , and the other end of the rod-like connecting member projects from the inner surface of the plate-like member .
A method, comprising: receiving a request from a user, the request including a uniform resource locator comprising a first cryptographic key , a signed portion associated with the first cryptographic key, and an unsigned portion ; processing the request by at least using the first cryptographic key to perform a cryptographic operation on data specified by the request; and providing a response to the request from the user based, at least in part, on the first cryptographic key and on information in the unsigned portion modified by a third party without affecting validity of the signed portion. receiving a request from a user, the request including a uniform resource locator comprising a first cryptographic key , a signed portion associated with the first cryptographic key, and an unsigned portion ; processing the request by at least using the first cryptographic key to perform a cryptographic operation on data specified by the request; and providing a response to the request from the user based, at least in part, on the first cryptographic key and on information in the unsigned portion modified by a third party without affecting validity of the signed portion.
A composite resin molded body comprising: a base resin; and a plurality of fibrous fillers dispersed in the base resin, wherein the plurality of fibrous fillers each contain a volatile medicinal agent, when the composite resin molded body is 100 mass%, a content of the plurality of fibrous fillers each containing the volatile medicinal agent in the composite resin molded body is 10 mass% or more and 99 mass% or less, a part of each of at least one of the plurality of fibrous fillers is exposed on a surface of the composite resin molded body, and at least a part of a surface of each of the plurality of fibrous fillers is coated with a hydrolyzable coating resin. a base resin; and a plurality of fibrous fillers dispersed in the base resin, wherein the plurality of fibrous fillers each contain a volatile medicinal agent, when the composite resin molded body is 100 mass%, a content of the plurality of fibrous fillers each containing the volatile medicinal agent in the composite resin molded body is 10 mass% or more and 99 mass% or less, a part of each of at least one of the plurality of fibrous fillers is exposed on a surface of the composite resin molded body, and at least a part of a surface of each of the plurality of fibrous fillers is coated with a hydrolyzable coating resin.
A data processor comprising: a memory accessing agent for generating a plurality of accesses to a memory ; and a memory controller coupled to said memory accessing agent for scheduling said plurality of accesses in an order based on characteristics of said memory , characterised in that said characteristics of said memory include row cycle page time indicative of an acceptable number of activate commands to a row in said memory within a predetermined time window, wherein said row cycle page time is longer than a minimum time between successive row activations. a memory accessing agent for generating a plurality of accesses to a memory ; and a memory controller coupled to said memory accessing agent for scheduling said plurality of accesses in an order based on characteristics of said memory , characterised in that said characteristics of said memory include row cycle page time indicative of an acceptable number of activate commands to a row in said memory within a predetermined time window, wherein said row cycle page time is longer than a minimum time between successive row activations.
Twine knotter comprising: a bill hook for forming a knot in a twine, a twine holding device for clamping twine with a twine holder , the twine holder is engaged with the twine disk in a clamping manner over a partial circumference of the twine disk , and a twine disk rotatable relative to the twine holder , the twine disk having at least two pairs of recesses (42, 42', 42") over the circumference with in each case a front recess (48, 48', 48") in a direction of rotation (D) of the twine disk for receiving a single twine strand or a single twine strand pair and a rear recess (49, 49', 49") for receiving a further single twine strand or the single twine strand pair , a twine feeding device for feeding twine over the bill hook into the twine holding device , and a twine knife for cutting twine, characterized in that the twine holder has such a length over the circumference of the twine disk that, at least in a rotational position of the twine disk relative to the twine holder , the twine holder clampingly covers the rear recess of a front pair of recesses that is in the front in the direction of rotation and the front recess (48") of a rear pair of recesses (42") that follows in the direction of rotation and exposes the front recess of the front pair of recesses . a bill hook for forming a knot in a twine, a twine holding device for clamping twine with a twine holder , the twine holder is engaged with the twine disk in a clamping manner over a partial circumference of the twine disk , and a twine disk rotatable relative to the twine holder , the twine disk having at least two pairs of recesses (42, 42', 42") over the circumference with in each case a front recess (48, 48', 48") in a direction of rotation (D) of the twine disk for receiving a single twine strand or a single twine strand pair and a rear recess (49, 49', 49") for receiving a further single twine strand or the single twine strand pair , a twine feeding device for feeding twine over the bill hook into the twine holding device , and a twine knife for cutting twine, characterized in that the twine holder has such a length over the circumference of the twine disk that, at least in a rotational position of the twine disk relative to the twine holder , the twine holder clampingly covers the rear recess of a front pair of recesses that is in the front in the direction of rotation and the front recess (48") of a rear pair of recesses (42") that follows in the direction of rotation and exposes the front recess of the front pair of recesses .
A method for manufacturing an electrode lead for a cochlear implant system , comprising providing a ring-shaped ground electrode having an inner surface and an outer surface and comprising a first end portion , a central portion axially adjacent to the first end portion, and a second end portion axially adjacent to the central portion; welding an end of a ground wire to the ground electrode; applying a silicone based adhesive to the inner surface of the ground electrode and attaching the ground electrode over an end of a first tube portion in such a manner that an end of the first tube portion extends from one side along a part of the axial length of the ground electrode into the interior of the ground electrode, wherein the ground wire extends from the other side of the ground electrode; winding a plurality of parallel electrode wires helically onto a mandrel ; inserting the mandrel with the electrode wires into the ground electrode and the first tube portion; winding the ground wire onto the mandrel; sliding a second tube portion onto the mandrel and into the ground electrode so that an end of the second tube portion abuts the end of the first tube portion in the interior of the ground electrode; applying a silicone coating to the outer surface of the first and second end portion of the ground electrode and to the outer surface of the first tube portion and the second tube portion in a region adjacent to the ground electrode; and removing the mandrel. providing a ring-shaped ground electrode having an inner surface and an outer surface and comprising a first end portion , a central portion axially adjacent to the first end portion, and a second end portion axially adjacent to the central portion; welding an end of a ground wire to the ground electrode; applying a silicone based adhesive to the inner surface of the ground electrode and attaching the ground electrode over an end of a first tube portion in such a manner that an end of the first tube portion extends from one side along a part of the axial length of the ground electrode into the interior of the ground electrode, wherein the ground wire extends from the other side of the ground electrode; winding a plurality of parallel electrode wires helically onto a mandrel ; inserting the mandrel with the electrode wires into the ground electrode and the first tube portion; winding the ground wire onto the mandrel; sliding a second tube portion onto the mandrel and into the ground electrode so that an end of the second tube portion abuts the end of the first tube portion in the interior of the ground electrode; applying a silicone coating to the outer surface of the first and second end portion of the ground electrode and to the outer surface of the first tube portion and the second tube portion in a region adjacent to the ground electrode; and removing the mandrel.
A fastening arrangement , comprising a clip body , a fastening device and a panel , - wherein the clip body has a retainer for the fastening device and at least one positioning element , wherein the clip body can be fastened to the panel which is provided with at least one fastening opening , - wherein the panel has a positioning opening in addition to the fastening opening so that positioning the clip body on the panel takes place by the at least one positioning element abutting against an edge of the positioning opening , - wherein the positioning opening has a size which allows the clip body with the fastening device retained thereon to be passed at least partially therethrough, the positioning element bearing at least partially against the edge of the positioning opening , - wherein the positioning element at the same time comprises or is connected to a locking element which makes contact with the panel on a side facing away from the retainer and the locking element is arranged opposite the retainer , characterized in that the clip body has at least one rib as a reinforcement element which provides additional stability for the clip body when finishing the fastening device by maintaining the bearing thereof against the panel. - wherein the clip body has a retainer for the fastening device and at least one positioning element , wherein the clip body can be fastened to the panel which is provided with at least one fastening opening , - wherein the panel has a positioning opening in addition to the fastening opening so that positioning the clip body on the panel takes place by the at least one positioning element abutting against an edge of the positioning opening , - wherein the positioning opening has a size which allows the clip body with the fastening device retained thereon to be passed at least partially therethrough, the positioning element bearing at least partially against the edge of the positioning opening , - wherein the positioning element at the same time comprises or is connected to a locking element which makes contact with the panel on a side facing away from the retainer and the locking element is arranged opposite the retainer ,
A method for wireless communication by a wireless device, comprising: identifying a transmission bandwidth for a wireless frame (200, 200-a), the wireless frame (200, 200-a) including a first wireless local area network, WLAN, preamble portion (205, 215, 215-a), a second WLAN preamble portion , and a data portion (235, 235-a), and the transmission bandwidth having a set of sub-bands, wherein the first WLAN preamble portion (205, 215, 215-a) comprises a legacy preamble portion and the second WLAN preamble portion comprises a high efficiency, HE, preamble portion; identifying preamble information to be transmitted to a plurality of receivers, the preamble information including common HE preamble information for the plurality of receivers and dedicated information for particular receivers of the plurality of receivers and the preamble information comprising a first number of bits to convey a split of the set of sub-bands into resource units, RUs, and a second number of bits to indicate a number of receivers in each RU that can support multi-user, MU, multiple-input-multiple-output, MIMO; determining a RU allocation for the plurality of receivers to receive the dedicated information and data; and transmitting , in the common HE preamble information of the second WLAN preamble portion , an indication of the RU allocation, the RU allocation conveying a number of receivers in each RU of the determined RU allocation. identifying a transmission bandwidth for a wireless frame (200, 200-a), the wireless frame (200, 200-a) including a first wireless local area network, WLAN, preamble portion (205, 215, 215-a), a second WLAN preamble portion , and a data portion (235, 235-a), and the transmission bandwidth having a set of sub-bands, wherein the first WLAN preamble portion (205, 215, 215-a) comprises a legacy preamble portion and the second WLAN preamble portion comprises a high efficiency, HE, preamble portion; identifying preamble information to be transmitted to a plurality of receivers, the preamble information including common HE preamble information for the plurality of receivers and dedicated information for particular receivers of the plurality of receivers and the preamble information comprising a first number of bits to convey a split of the set of sub-bands into resource units, RUs, and a second number of bits to indicate a number of receivers in each RU that can support multi-user, MU, multiple-input-multiple-output, MIMO; determining a RU allocation for the plurality of receivers to receive the dedicated information and data; and transmitting , in the common HE preamble information of the second WLAN preamble portion , an indication of the RU allocation, the RU allocation conveying a number of receivers in each RU of the determined RU allocation.