mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting signals from a first node having multiple transceivers to a second node, comprising: receiving a message from the second node at the first node, wherein the message is received by each of a plurality of transceivers of the first node; and transmitting by each of the plurality of transceivers a respective data frame to the second node in response to the message; wherein each transceiver initiates the transmission of its respective data frame a predetermined time period after receipt of the message by the transceiver; and wherein the transmissions of the data frames from the plurality of transceivers overlap; wherein each of the data frames comprises a first training sequence and a second training sequence and wherein, for each respective data frame: the first training sequence is located at the start of the respective data frame and is arranged to start a first time period after reception of the message by the respective transceiver, wherein the first time period differs from the first time period of each of the other data frames; and the second training sequence comprises a cryptographically generated training sequence and is arranged to start a second time period after reception of the message by the respective transceiver, wherein the second time period is the same for each of the data frames. receiving a message from the second node at the first node, wherein the message is received by each of a plurality of transceivers of the first node; and transmitting by each of the plurality of transceivers a respective data frame to the second node in response to the message; wherein each transceiver initiates the transmission of its respective data frame a predetermined time period after receipt of the message by the transceiver; and wherein the transmissions of the data frames from the plurality of transceivers overlap; wherein each of the data frames comprises a first training sequence and a second training sequence and wherein, for each respective data frame: the first training sequence is located at the start of the respective data frame and is arranged to start a first time period after reception of the message by the respective transceiver, wherein the first time period differs from the first time period of each of the other data frames; and the second training sequence comprises a cryptographically generated training sequence and is arranged to start a second time period after reception of the message by the respective transceiver, wherein the second time period is the same for each of the data frames. the first training sequence is located at the start of the respective data frame and is arranged to start a first time period after reception of the message by the respective transceiver, wherein the first time period differs from the first time period of each of the other data frames; and the second training sequence comprises a cryptographically generated training sequence and is arranged to start a second time period after reception of the message by the respective transceiver, wherein the second time period is the same for each of the data frames.
A mechanism for supplying cardboard sheets of a box-making machine that comprises a stacking area for cardboard sheets, a shaping area and a conveyor line intended to convey the cardboard sheets collected in the stacking area to the shaping area, wherein the mechanism comprises a geared motor located on a fixed base, wherein the mechanism comprises a plurality of suction cups connected to a pneumatic system configured to create a depression when activated, wherein the mechanism comprises a pick-up arm formed by a first segment and a second segment, the mechanism being characterised in that: - the second segment is joined with sliding ability to a fastening element that is joined to the fixed base with the ability to rotate freely, - the first segment and the second segment are joined in an articulated fashion by some of the ends thereof, - the other end of the first segment is solidly joined to the shaft of the geared motor; - the other end of the second segment is solidly joined to a support element that incorporates the plurality of suction cups; such that the rotation of the geared motor implies the collection of a cardboard sheet in the stacking area to be placed on the conveyor line. - the second segment is joined with sliding ability to a fastening element that is joined to the fixed base with the ability to rotate freely, - the first segment and the second segment are joined in an articulated fashion by some of the ends thereof, - the other end of the first segment is solidly joined to the shaft of the geared motor; - the other end of the second segment is solidly joined to a support element that incorporates the plurality of suction cups;
Apparatus for orienting a surgical instrument for hip arthroplasty, comprising: a frame comprising first and second arms (102, 104) connected at a central hub; three legs (112, 114, 116) mounted to said frame, said three legs (112, 114, 116) terminating in tips (112a, 114a, 116a) and wherein said three legs (112, 114, 116) consist of first, second, and third legs (112, 114, 116), said first and second legs (112, 114) are positioned on said first and second arms (102, 104), respectively, remote from said hub, and said third leg is positioned at said central hub; wherein said first and second arms (102, 104) are independently extensible; whereby the spacing between the tips (112a, 114a) of said first and second legs (112, 114), and the spacing between tips (112a, 116a) of said first and third legs (112, 116), may be adjusted over a range of spacings by adjusting the angle between said first and second arms (102,104) or by adjusting the extension of first and second extensible arms (102, 104); an acetabular direction guide mountable on said frame, the guide being adjustable to any orientation relative to the tips (112a, 114a, 116a) of the three legs (112, 114, 116); wherein the apparatus defines an ipsilateral hemipelvic reference plane; and wherein the orientation of the guide is selectable so as to provide a desired orientation for inserting a prosthetic component. a frame comprising first and second arms (102, 104) connected at a central hub; three legs (112, 114, 116) mounted to said frame, said three legs (112, 114, 116) terminating in tips (112a, 114a, 116a) and wherein said three legs (112, 114, 116) consist of first, second, and third legs (112, 114, 116), said first and second legs (112, 114) are positioned on said first and second arms (102, 104), respectively, remote from said hub, and said third leg is positioned at said central hub; wherein said first and second arms (102, 104) are independently extensible; whereby the spacing between the tips (112a, 114a) of said first and second legs (112, 114), and the spacing between tips (112a, 116a) of said first and third legs (112, 116), may be adjusted over a range of spacings by adjusting the angle between said first and second arms (102,104) or by adjusting the extension of first and second extensible arms (102, 104); an acetabular direction guide mountable on said frame, the guide being adjustable to any orientation relative to the tips (112a, 114a, 116a) of the three legs (112, 114, 116); wherein the apparatus defines an ipsilateral hemipelvic reference plane; and wherein the orientation of the guide is selectable so as to provide a desired orientation for inserting a prosthetic component.
Aerosol-generating device comprising: a heating arrangement comprising an induction coil, a first sliding arrangement comprising a first contact, wherein the first sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil, wherein the first contact is mounted on the first sliding arrangement and arranged to contact the induction coil, and a second sliding arrangement comprising a second contact, wherein the second sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil, wherein the second contact is mounted on the second sliding arrangement and arranged to contact the induction coil, wherein alternating current is supplied to the induction coil between the first contact and the second contact. a heating arrangement comprising an induction coil, a first sliding arrangement comprising a first contact, wherein the first sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil, wherein the first contact is mounted on the first sliding arrangement and arranged to contact the induction coil, and a second sliding arrangement comprising a second contact, wherein the second sliding arrangement is arranged adjacent to the induction coil of the heating arrangement and configured to slide parallel to a longitudinal axis of the induction coil, wherein the second contact is mounted on the second sliding arrangement and arranged to contact the induction coil, wherein alternating current is supplied to the induction coil between the first contact and the second contact.
Method for providing assistance to a driver when driving a vehicle out of a parking space, comprising the following steps: (a) moving the vehicle into a position which permits the vehicle to be driven out of the parking space by means of a forward movement using an automatic steering guide, (b) orienting the steerable wheels by means of an automatic steering intervention into a wheel position which permits driving out of the parking space in the direction of the road layout, characterized in that the road layout is determined by sensing the direction of movement of passing vehicles. (a) moving the vehicle into a position which permits the vehicle to be driven out of the parking space by means of a forward movement using an automatic steering guide, (b) orienting the steerable wheels by means of an automatic steering intervention into a wheel position which permits driving out of the parking space in the direction of the road layout,
A stent having a connection part in which wire parts including a stent main wire, a strut and a stabilizer hook are connected to each other through a junction pipe, characterized in that a locking part (10,11,12,13,14,15) is formed on the end of one of the wire parts (2,4,5), which are inserted into the junction pipe, wherein the locking part (10,11,12,13,14,15) is locked to the junction pipe by abuting against to an end surface of the junction pipe.
A method performed at a network switch, comprising: performing, using one or more processors, a pre-defined database function on query data contained in data messages received at the network switch, with the performing producing result data, wherein when resources of the network switch are sufficient to perform the pre-defined database function on all available data within a time frame, the pre-defined database function is performed on the query data in a first mode of operation to a state of full completion, generating complete result data and no skipped query data, and when the resources of the network switch are insufficient to perform the pre-defined database function on all available data within the time frame, the pre-defined database function is performed on the query data in a second mode of best-effort operation to a state of partial completion, generating as much partially complete result data as the resources allow and skipped query data; and performing one or more network switch functions to route the complete result data, or route the partially complete result data and skipped query data, to one or more destination nodes. performing, using one or more processors, a pre-defined database function on query data contained in data messages received at the network switch, with the performing producing result data, wherein when resources of the network switch are sufficient to perform the pre-defined database function on all available data within a time frame, the pre-defined database function is performed on the query data in a first mode of operation to a state of full completion, generating complete result data and no skipped query data, and when the resources of the network switch are insufficient to perform the pre-defined database function on all available data within the time frame, the pre-defined database function is performed on the query data in a second mode of best-effort operation to a state of partial completion, generating as much partially complete result data as the resources allow and skipped query data; and performing one or more network switch functions to route the complete result data, or route the partially complete result data and skipped query data, to one or more destination nodes.
A horseshoe for the hooves of riding animals, comprising a horseshoe-shaped base body having a running side and a hoof application side, and optionally at least one upstand fixed to the base body, and two rear end parts of the horseshoe, which are movably fixed to the base body via joint connections, the base body forming the running side of the horseshoe and the movably fixed end parts forming parts of the hoof application side, whereby the joint connections are movable relative to each other in the plane of the hoof application side of the horseshoe, characterized in that the joint connections are each overlapped on an outer side of the horseshoe by an element (11, 13) exerting a restoring force onto the movable end parts.
Process for separatory treatment of a product stream (g) containing at least dimethyl ether, methanol, water, carbon dioxide, carbon monoxide and hydrogen from a reactor used for synthesis of dimethyl ether from synthesis gas (e), wherein - the product stream (g) is fed at least partly in gaseous form into an absorption column operated with a liquid reflux, wherein a gaseous tops stream (m) is withdrawn from the top, and a liquid bottoms stream (p) is withdrawn from the bottom, of absorption column, - the bottoms stream (p) is at least partly fed into a first distillation column, wherein a dimethyl ether-containing transfer stream (q) and a predominantly methanol- and/or water-containing stream (r) are withdrawn from the first distillation column, - the tops stream (m) withdrawn from the absorption column is at least partly cooled, initially to a first temperature level and subsequently further to one or more further temperature levels, wherein after the cooling to the first temperature level a first condensate stream (n) is formed and after the further cooling to the further temperature level(s) one or more further condensate streams (s, t) are formed, and - the first condensate stream (n) is partly used for forming the liquid reflux and the further condensate stream(s) (s, t) are at least partly fed into a further distillation column, from the bottom of which a liquid stream (z) is withdrawn which contains predominantly dimethyl ether and is poor in or free from carbon dioxide. - the product stream (g) is fed at least partly in gaseous form into an absorption column operated with a liquid reflux, wherein a gaseous tops stream (m) is withdrawn from the top, and a liquid bottoms stream (p) is withdrawn from the bottom, of absorption column, - the bottoms stream (p) is at least partly fed into a first distillation column, wherein a dimethyl ether-containing transfer stream (q) and a predominantly methanol- and/or water-containing stream (r) are withdrawn from the first distillation column, - the tops stream (m) withdrawn from the absorption column is at least partly cooled, initially to a first temperature level and subsequently further to one or more further temperature levels, wherein after the cooling to the first temperature level a first condensate stream (n) is formed and after the further cooling to the further temperature level(s) one or more further condensate streams (s, t) are formed, and - the first condensate stream (n) is partly used for forming the liquid reflux and the further condensate stream(s) (s, t) are at least partly fed into a further distillation column, from the bottom of which a liquid stream (z) is withdrawn which contains predominantly dimethyl ether and is poor in or free from carbon dioxide.
A mounting mat for an exhaust gas treatment device, the mounting mat comprising: - two opposing main surfaces (5, 6) and - at least one edge surface extending between the main surfaces; - wherein at least one portion of the at least one edge surface comprises a protection coating comprising inorganic particles, - the inorganic particles having an average diameter of at least 1 μm, characterized in that the inorganic particles comprise one or more of the following materials: vermiculite - e.g. expanded vermiculite, grounded expanded vermiculite or delaminated vermiculite - mica; kaolinite; clays; kaolin; bentonite; laponite; hectorite; saponite; montmorillonite and/or boehmite.. - two opposing main surfaces (5, 6) and - at least one edge surface extending between the main surfaces; - wherein at least one portion of the at least one edge surface comprises a protection coating comprising inorganic particles, - the inorganic particles having an average diameter of at least 1 μm, characterized in that
A method for allocating an association identifier, comprising: receiving, by an access point AP, an association identifier AID request message sent by a target station, wherein the AID request message carries service period information of a new service of the target station after a service update; acquiring, by the AP, the service period information of a new service of the target station after a service update; searching for, by the AP, an AID to be allocated and allocating said AID to the target station according to the service period information; sending, by the AP, an AID allocation message to the target station, wherein the AID allocation message carries the AID allocated to the target station, and the target station is a station with an AID to be updated. receiving, by an access point AP, an association identifier AID request message sent by a target station, wherein the AID request message carries service period information of a new service of the target station after a service update; acquiring, by the AP, the service period information of a new service of the target station after a service update; searching for, by the AP, an AID to be allocated and allocating said AID to the target station according to the service period information; sending, by the AP, an AID allocation message to the target station, wherein the AID allocation message carries the AID allocated to the target station, and the target station is a station with an AID to be updated.
A refrigerator cabinet comprising: an inner liner; an external wrapper, wherein the inner liner is positioned within the external wrapper such that a gap is defined between the external wrapper and internal liner; a first insulator positioned within the gap; and a second insulator positioned within the gap, wherein a pressure within the gap is below 506 mbar, wherein the first insulator has a higher insulating property than the second insulator and is positioned proximate a front flange of the cabinet, characterized by a filter being positioned between the first and second insulators (30, 34). an inner liner; an external wrapper, wherein the inner liner is positioned within the external wrapper such that a gap is defined between the external wrapper and internal liner; a first insulator positioned within the gap; and a second insulator positioned within the gap, wherein a pressure within the gap is below 506 mbar, wherein the first insulator has a higher insulating property than the second insulator and is positioned proximate a front flange of the cabinet, characterized by a filter being positioned between the first and second insulators (30, 34).
A pigment water dispersion comprising a pigment, a carboxy group-containing crosslinked polymer and an alkyl group-containing ethanolamine having an acid dissociation constant (pKa) of not less than 8.7, wherein the crosslinked polymer is in the form of a copolymer comprising a constitutional unit derived from at least one compound selected from the group consisting of methacrylic acid and acrylic acid, wherein the crosslinked polymer is a polymer crosslinked with a compound comprising two or more epoxy groups in a molecule thereof, and wherein the ethanolamine comprises an alkyl group having not less than 3 and not more than 20 carbon atoms.
Method for regenerating a particulate filter in an exhaust gas system of an internal combustion engine, wherein the particulate filter is regenerated in an overrun phase of the internal combustion engine, the method comprising the following steps: - determining a load state of the particulate filter, - heating the particulate filter to a regeneration temperature (T reg), wherein the temperature of the particulate filter is determined by a highly dynamic measurement at a plurality of measuring points of the particulate filter - calculating an amount of oxygen required for regenerating the particulate filter, - adjusting the amount of overrun air to the amount of oxygen necessary for regenerating the particulate filter, - increasing the amount of overrun air by opening the throttle valve when the particulate filter reaches a lower threshold temperature (Tsu) in the range of 550°C - 600°C, wherein - the throttle valve is opened in the overrun mode to such an extent that a maximum soot conversion on the particulate filter is achieved, and - decreasing the amount of overrun air by closing the throttle valve when the particulate filter reaches an upper threshold temperature (Tso) in the range of 800° - 900°. - determining a load state of the particulate filter, - heating the particulate filter to a regeneration temperature (T reg), wherein the temperature of the particulate filter is determined by a highly dynamic measurement at a plurality of measuring points of the particulate filter - calculating an amount of oxygen required for regenerating the particulate filter, - adjusting the amount of overrun air to the amount of oxygen necessary for regenerating the particulate filter, - increasing the amount of overrun air by opening the throttle valve when the particulate filter reaches a lower threshold temperature (Tsu) in the range of 550°C - 600°C, wherein - the throttle valve is opened in the overrun mode to such an extent that a maximum soot conversion on the particulate filter is achieved, and - decreasing the amount of overrun air by closing the throttle valve when the particulate filter reaches an upper threshold temperature (Tso) in the range of 800° - 900°.