mhurhangee/patent-ind-claim-en huggingface dataset:
A method of enabling at least one slave device to enter a discover mode, said slave device having been configured to be controllable by at least one remote controller at a previous configuration step, whereby said at least one slave device has been paired with said at least one remote controller to be controllable by said at least one remote controller , said method further comprising that - reconfiguration data (RD) has been stored by said slave device , - at least part of the reconfiguration data (RD) is made available or provided to a user and subsequently to a further remote controller that is new and is not paired to said at least one slave device, - the further remote controller wirelessly transmits at least part of said reconfiguration data (RD) by broadcasting a command signal in the form of a discover request to slave devices, - at least part of said reconfiguration data (RD) is wirelessly received by said at least one slave device, and wherein - said at least one slave device when having received said at least part of said reconfiguration data (RD) and verified correspondence with the stored reconfiguration data, enters said discover mode, and wherein by entering said discover mode - a re-configuration of said at least one slave device is enabled in dependence on further wireless communication with said further remote controller , whereby said at least one slave device is reconfigured to be controllable by the further remote controller . - reconfiguration data (RD) has been stored by said slave device , - at least part of the reconfiguration data (RD) is made available or provided to a user and subsequently to a further remote controller that is new and is not paired to said at least one slave device, - the further remote controller wirelessly transmits at least part of said reconfiguration data (RD) by broadcasting a command signal in the form of a discover request to slave devices, - at least part of said reconfiguration data (RD) is wirelessly received by said at least one slave device, and wherein - said at least one slave device when having received said at least part of said reconfiguration data (RD) and verified correspondence with the stored reconfiguration data, enters said discover mode, and wherein by entering said discover mode - a re-configuration of said at least one slave device is enabled in dependence on further wireless communication with said further remote controller , whereby said at least one slave device is reconfigured to be controllable by the further remote controller .
A computing system , comprising: a host ; and a memory system coupled to the host, wherein the host is configured to: send a queued command request to the memory system; receive a command response from the memory system that indicates the memory system is ready to add commands to a command queue; and send a command that includes a command descriptor block for the memory system to place in the command queue , wherein the memory system is configured to add the command to the command queue of the memory system while a different command that was previously sent by the host and added to the command queue is concurrently being executed in the memory system on a data bus. a host ; and a memory system coupled to the host, wherein the host is configured to: send a queued command request to the memory system; receive a command response from the memory system that indicates the memory system is ready to add commands to a command queue; and send a command that includes a command descriptor block for the memory system to place in the command queue , wherein the memory system is configured to add the command to the command queue of the memory system while a different command that was previously sent by the host and added to the command queue is concurrently being executed in the memory system on a data bus. send a queued command request to the memory system; receive a command response from the memory system that indicates the memory system is ready to add commands to a command queue; and send a command that includes a command descriptor block for the memory system to place in the command queue , wherein the memory system is configured to add the command to the command queue of the memory system while a different command that was previously sent by the host and added to the command queue is concurrently being executed in the memory system on a data bus.
An apparatus of a station , STA, the apparatus comprising: memory; and processing circuitry, the processing circuitry adapted to: receive from an access point , AP, an integrity key; and characterized in that the processing circuitry is further adapted to: decode a wake-up packet received at a wake-up radio , WUR, of the STA , the wake-up packet including an indication that the wake-up packet is a multicast wake-up packet; authenticate whether the wake-up packet was generated by the AP based on a message authentication code field of the wake up packet , an identification of a group of devices, a sequence number, SN, of the wake-up packet , a latest wake-up packet SN for the group of devices, and the integrity key, wherein the STA is a member of the group of devices; sending by the WLTR a wake-up signal to the wireless local area network , WLAN, radio upon authentication of the wake-up packet ; and forego sending the wake-up signal to the WLAN radio upon a failure to authenticate the wake-up packet. decode a wake-up packet received at a wake-up radio , WUR, of the STA , the wake-up packet including an indication that the wake-up packet is a multicast wake-up packet; authenticate whether the wake-up packet was generated by the AP based on a message authentication code field of the wake up packet , an identification of a group of devices, a sequence number, SN, of the wake-up packet , a latest wake-up packet SN for the group of devices, and the integrity key, wherein the STA is a member of the group of devices; sending by the WLTR a wake-up signal to the wireless local area network , WLAN, radio upon authentication of the wake-up packet ; and forego sending the wake-up signal to the WLAN radio upon a failure to authenticate the wake-up packet.
A sterilization apparatus for sterilizing a web of packaging material having at least one conductive layer and advancing along a web advancement path (P); the sterilization apparatus comprises at least one irradiation device adapted to direct a sterilization irradiation onto at least one face of the, in use, advancing web of packaging material; characterized by further comprising a grounding unit having at least one grounded and conductive interaction element , wherein the interaction element is a grounded conductive wheel rotatable around a rotation axis (A) perpendicular to the at least one face of the web of packaging material and configured to establish contact with a lateral edge of the web of packaging material so as to electrically connect to the at least one conductive layer for grounding, in use, the at least one conductive layer. the sterilization apparatus comprises at least one irradiation device adapted to direct a sterilization irradiation onto at least one face of the, in use, advancing web of packaging material; characterized by further comprising a grounding unit having at least one grounded and conductive interaction element , wherein the interaction element is a grounded conductive wheel rotatable around a rotation axis (A) perpendicular to the at least one face of the web of packaging material and configured to establish contact with a lateral edge of the web of packaging material so as to electrically connect to the at least one conductive layer for grounding, in use, the at least one conductive layer.
A printed product comprising a latex ink printed on a print media, wherein the print media comprises a media substrate that is at least partially coated on at least one surface with an image receiving layer, and wherein the image receiving layer comprises inorganic pigments, polymeric binder, and at least one latex ink film-forming aid; wherein the at least one latex ink film-forming aid comprises a cyclic amide and, wherein the amount of latex ink film-forming aid is from 0.01 to 5.0 parts by weight per 100 parts by weight of the inorganic pigments.
A communication method of a wireless network system that comprises a coordinator including an Access Point, AP, or PBSS Control Point, PCP, a source device, a destination device and a relay device and uses a reservation-based media access control, MAC, the method comprising: in a coordinator, receiving, from the source device, a frame that requests a reservation resource for the relay device, to enable a frame that the source device transmits to the destination device to be relayed via the relay device; providing an extended schedule element for providing a service period, SP, to allocate the reservation resource for the relay device; wherein the coordinator transmits an announce frame or beacon frame including the extended schedule element for the service period into the relay device, wherein the extended schedule element includes a plurality of allocation fields related to (i) allocation control, (ii) a source association ID, AID, for the source device, (iii) a destination AID for the destination device, (iv) allocation start, (v) allocation block duration, (vi) BF control, (vii) number of blocks, and (viii) allocation block period, wherein the source device, the relay device and the destination device exchange the frame in data transfer time comprising a contention-based access period and the service period. in a coordinator, receiving, from the source device, a frame that requests a reservation resource for the relay device, to enable a frame that the source device transmits to the destination device to be relayed via the relay device; providing an extended schedule element for providing a service period, SP, to allocate the reservation resource for the relay device; wherein the coordinator transmits an announce frame or beacon frame including the extended schedule element for the service period into the relay device, wherein the extended schedule element includes a plurality of allocation fields related to (i) allocation control, (ii) a source association ID, AID, for the source device, (iii) a destination AID for the destination device, (iv) allocation start, (v) allocation block duration, (vi) BF control, (vii) number of blocks, and (viii) allocation block period, wherein the source device, the relay device and the destination device exchange the frame in data transfer time comprising a contention-based access period and the service period.
An electrospindle with preloaded bearings for a machine tool comprising: an external container ; a drive shaft rotatable with respect to said external container , by means of front bearings and rear bearings , located at the two ends of said drive shaft ; a series of channels positioned inside said electrospindle to cause a cooling liquid of said electrospindle to flow; characterized in that at least one cooling channel of said electrospindle is provided positioned circularly external to said rear bearings designed to provide a radial force to said rear bearings equal to the pressure of said cooling liquid; said at least one cooling channel is positioned between a circular housing ring housing the rear bearings and a circular external flange which is fixed to the external container ; two O-ring type gaskets , characterized in that the electrospindle further comprises an elastic, flat and circular gasket is positioned between said at least one cooling channel and said external flange ; wherein the two O-ring type gaskets are positioned laterally to said elastic, flat and circular gasket ; and wherein the cooling liquid, which on the side of the flange circulates in contact with the gasket , presses said flat and circular gasket against said circular external flange and therefore applies a reaction force on the circular housing ring that preloads radially said rear bearings . an external container ; a drive shaft rotatable with respect to said external container , by means of front bearings and rear bearings , located at the two ends of said drive shaft ; a series of channels positioned inside said electrospindle to cause a cooling liquid of said electrospindle to flow; characterized in that at least one cooling channel of said electrospindle is provided positioned circularly external to said rear bearings designed to provide a radial force to said rear bearings equal to the pressure of said cooling liquid; said at least one cooling channel is positioned between a circular housing ring housing the rear bearings and a circular external flange which is fixed to the external container ; two O-ring type gaskets , characterized in that the electrospindle further comprises an elastic, flat and circular gasket is positioned between said at least one cooling channel and said external flange ; wherein the two O-ring type gaskets are positioned laterally to said elastic, flat and circular gasket ; and wherein the cooling liquid, which on the side of the flange circulates in contact with the gasket , presses said flat and circular gasket against said circular external flange and therefore applies a reaction force on the circular housing ring that preloads radially said rear bearings .
A method of performing localization of a handheld device with respect to a wearable device , the method comprising: capturing, by a handheld imaging device mounted on the handheld device , a world image containing one or more features surrounding the handheld device ; capturing, by a wearable imaging device mounted on the wearable device , a fiducial image containing a number of fiducials affixed to the handheld device ; determining the number of fiducials contained in the fiducial image; selecting an operating state of a plurality of operating states based on the number of fiducials contained in the fiducial image; in response to selecting a first operating state, updating a position and an orientation of the handheld device using solely the fiducial image; and in response to selecting a second operating state, updating the position and the orientation of the handheld device using the world image and the fiducial image. capturing, by a handheld imaging device mounted on the handheld device , a world image containing one or more features surrounding the handheld device ; capturing, by a wearable imaging device mounted on the wearable device , a fiducial image containing a number of fiducials affixed to the handheld device ; determining the number of fiducials contained in the fiducial image; selecting an operating state of a plurality of operating states based on the number of fiducials contained in the fiducial image; in response to selecting a first operating state, updating a position and an orientation of the handheld device using solely the fiducial image; and in response to selecting a second operating state, updating the position and the orientation of the handheld device using the world image and the fiducial image.
An apparatus for performing an in vitro fertilization procedure, said apparatus comprising; a. a control unit having an external port and means for creating positive and negative fluid pressure at said port ; and b. a flexible extension hose having a first coupling at a proximal end , which can be connected in sealed fluid communication to said port , and a second coupling at the distal end , which can be constructed and arranged to connect to a fitting of a catheter assembly , further comprising; c. an inter-uterine catheter assembly connected to said second coupling , said catheter assembly having: a. an inner catheter having a proximal end , a quick connect/disconnect fitting at the proximal end connectable to said second coupling, and an open distal end ; and, b. an outer sheath surrounding and slidable over said inner catheter and having an open distal end ; characterized in that said extension hose comprises; a central tubular pneumatic passageway ; an inner sheath surrounding and protecting said central tubular passageway ; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway . a. a control unit having an external port and means for creating positive and negative fluid pressure at said port ; and b. a flexible extension hose having a first coupling at a proximal end , which can be connected in sealed fluid communication to said port , and a second coupling at the distal end , which can be constructed and arranged to connect to a fitting of a catheter assembly , further comprising; c. an inter-uterine catheter assembly connected to said second coupling , said catheter assembly having: a. an inner catheter having a proximal end , a quick connect/disconnect fitting at the proximal end connectable to said second coupling, and an open distal end ; and, b. an outer sheath surrounding and slidable over said inner catheter and having an open distal end ; characterized in that said extension hose comprises; a central tubular pneumatic passageway ; an inner sheath surrounding and protecting said central tubular passageway ; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway . a. an inner catheter having a proximal end , a quick connect/disconnect fitting at the proximal end connectable to said second coupling, and an open distal end ; and, b. an outer sheath surrounding and slidable over said inner catheter and having an open distal end ; characterized in that said extension hose comprises; a central tubular pneumatic passageway ; an inner sheath surrounding and protecting said central tubular passageway ; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway . a central tubular pneumatic passageway ; an inner sheath surrounding and protecting said central tubular passageway ; and an outer sheath surrounding said inner sheath and protecting said central tubular passageway .
A computer-implemented method for managing a blockchain-based centralized ledger system, the method comprising: transmitting a timestamp request for a to-be-timestamped block in a blockchain to a trust time server by a computing device in the blockchain-based centralized ledger system that stores data in the blockchain, the trust time server being associated with a trust time authority and independent from the blockchain-based centralized ledger system, the blockchain including a plurality of blocks storing transaction data; receiving a timestamp and associated signature for the to-be-timestamped block from the trust time server by the computing device; and storing information of the timestamp and the associated signature for the to-be-timestamped block in a corresponding timestamped block in the blockchain by the computing device, wherein a block body of the corresponding timestamped block in the blockchain comprises no other transaction data except the information of the timestamp and the associated signature for the to-be-timestamped block. transmitting a timestamp request for a to-be-timestamped block in a blockchain to a trust time server by a computing device in the blockchain-based centralized ledger system that stores data in the blockchain, the trust time server being associated with a trust time authority and independent from the blockchain-based centralized ledger system, the blockchain including a plurality of blocks storing transaction data; receiving a timestamp and associated signature for the to-be-timestamped block from the trust time server by the computing device; and storing information of the timestamp and the associated signature for the to-be-timestamped block in a corresponding timestamped block in the blockchain by the computing device, wherein a block body of the corresponding timestamped block in the blockchain comprises no other transaction data except the information of the timestamp and the associated signature for the to-be-timestamped block.
A transfer paper (TP) for heat transferring of ink to a textile (TX), the transfer paper comprising a base paper (BP) and a coating (CL), characterized in that the transfer paper (TP) having grease proof characteristics at a kit level of at least 3, such as 3 to 8, measured as disclosed herein, and in that the transfer paper (TP) having a dimensional stability of less than 1 % over a period of 10 seconds, measured as disclosed herein, wherein the coating (CL) comprises CMC and sorbitol, wherein the coating (CL) before application comprises CMC in an amount of 5-30% by weight of the coating, wherein the coating (CL) before application comprises sorbitol in an amount of 5-50% by weight of the coating, wherein the transfer paper (TP) has a Cobb value of 25 to 50 g/m2, measured as disclosed herein, and wherein the transfer paper (TP) has a weight at most 70 grams per square meter. the transfer paper comprising a base paper (BP) and a coating (CL), characterized in that the transfer paper (TP) having grease proof characteristics at a kit level of at least 3, such as 3 to 8, measured as disclosed herein, and in that the transfer paper (TP) having a dimensional stability of less than 1 % over a period of 10 seconds, measured as disclosed herein, wherein the coating (CL) comprises CMC and sorbitol, wherein the coating (CL) before application comprises CMC in an amount of 5-30% by weight of the coating, wherein the coating (CL) before application comprises sorbitol in an amount of 5-50% by weight of the coating, wherein the transfer paper (TP) has a Cobb value of 25 to 50 g/m2, measured as disclosed herein, and wherein the transfer paper (TP) has a weight at most 70 grams per square meter.
A process for preparing a food protein ingredient comprising the following steps in sequence: a. providing a quantity of a protein-containing material, wherein the protein containing material contains keratin; b. contacting the protein-containing material with a reducing agent, and optionally with a chaotropic agent and/or a detergent, and mixtures thereof; c. heating the contacted protein-containing material to create a proteinaceous mixture; d. mixing a quantity of a proteolytic enzyme in an aqueous solution to produce a proteolytic enzyme solution and contacting the proteinaceous mixture with the proteolytic enzyme solution to produce a protein and enzyme mixture, wherein the proteinaceous mixture is contacted and mixed with more than one proteolytic enzyme comprising keratinase and papain; e. processing the protein and enzyme mixture through a size-reduction process to produce a size-reduced protein and enzyme mixture; and f. incubating the size-reduced protein and enzyme mixture for a time sufficient to produce the food protein ingredient. a. providing a quantity of a protein-containing material, wherein the protein containing material contains keratin; b. contacting the protein-containing material with a reducing agent, and optionally with a chaotropic agent and/or a detergent, and mixtures thereof; c. heating the contacted protein-containing material to create a proteinaceous mixture; d. mixing a quantity of a proteolytic enzyme in an aqueous solution to produce a proteolytic enzyme solution and contacting the proteinaceous mixture with the proteolytic enzyme solution to produce a protein and enzyme mixture, wherein the proteinaceous mixture is contacted and mixed with more than one proteolytic enzyme comprising keratinase and papain; e. processing the protein and enzyme mixture through a size-reduction process to produce a size-reduced protein and enzyme mixture; and f. incubating the size-reduced protein and enzyme mixture for a time sufficient to produce the food protein ingredient.
A monoclonal antibody 1G2, produced by the hybridoma cell line H-1G2, characterized by DSM ACC3248.