mhurhangee/patent-ind-claim-en huggingface dataset:
A blocking device comprising: a blocking device housing having a guide formed therein; and a leap block attachment part mounted to be movable up and down on the guide of the blocking device housing ; characterized in that the blocking device further comprises: a spring having a lower end that supports the leap block attachment part and an upper end that supports the blocking device housing , the spring pushing the leap block attachment part downward by an elastic force, so that a lower end of the leap block attachment part protrudes below a lower end of the blocking device housing ; a wire having one end connected to a pulley driven by driving means and the other end connected to the leap block attachment part , the wire pulling the leap block attachment part upward when the pulley rotates; a leap block attached to the lower end of the leap block attachment part by an attractive force of magnets; and a blocking arm coupled to the blocking device housing and configured to move the blocking device housing up and down. a blocking device housing having a guide formed therein; and a leap block attachment part mounted to be movable up and down on the guide of the blocking device housing ; characterized in that the blocking device further comprises: a spring having a lower end that supports the leap block attachment part and an upper end that supports the blocking device housing , the spring pushing the leap block attachment part downward by an elastic force, so that a lower end of the leap block attachment part protrudes below a lower end of the blocking device housing ; a wire having one end connected to a pulley driven by driving means and the other end connected to the leap block attachment part , the wire pulling the leap block attachment part upward when the pulley rotates; a leap block attached to the lower end of the leap block attachment part by an attractive force of magnets; and a blocking arm coupled to the blocking device housing and configured to move the blocking device housing up and down. a spring having a lower end that supports the leap block attachment part and an upper end that supports the blocking device housing , the spring pushing the leap block attachment part downward by an elastic force, so that a lower end of the leap block attachment part protrudes below a lower end of the blocking device housing ; a wire having one end connected to a pulley driven by driving means and the other end connected to the leap block attachment part , the wire pulling the leap block attachment part upward when the pulley rotates; a leap block attached to the lower end of the leap block attachment part by an attractive force of magnets; and a blocking arm coupled to the blocking device housing and configured to move the blocking device housing up and down.
A surgical stapling device , comprising: an end effector including an anvil jaw member and a cartridge jaw member pivotally coupled to one another, the anvil jaw member and the cartridge jaw member being relatively movable such that the end effector is movable between an open position and a clamped position; and a buttress attached to the cartridge jaw member , the buttress having a distal portion and a proximal portion , at least one of the distal portion and the proximal portion having a therapeutic agent thereon, characterized in that the therapeutic agent is applied as a coating to the distal portion of the buttress to form a first tab at the distal portion of the buttress , and the therapeutic agent is applied as a coating to the proximal portion of the buttress to form a second tab at the proximal portion of the buttress . an end effector including an anvil jaw member and a cartridge jaw member pivotally coupled to one another, the anvil jaw member and the cartridge jaw member being relatively movable such that the end effector is movable between an open position and a clamped position; and a buttress attached to the cartridge jaw member , the buttress having a distal portion and a proximal portion , at least one of the distal portion and the proximal portion having a therapeutic agent thereon, characterized in that the therapeutic agent is applied as a coating to the distal portion of the buttress to form a first tab at the distal portion of the buttress , and the therapeutic agent is applied as a coating to the proximal portion of the buttress to form a second tab at the proximal portion of the buttress .
Use of an antibody or antigen-binding fragment that specifically binds human interleukin-4 receptor (hIL-4R) in the manufacture of a medicament for the treatment of a disease or disorder, wherein the disease or disorder is selected from the group consisting of dermatitis herpetiformis, chronic idiopathic urticaria, scleroderma, hypertrophic scarring, Churg-Strauss syndrome, and fibrosis, wherein the antibody or fragment thereof comprises three heavy chain complementarity determining region (HCDR) sequences comprising SEQ ID NO:148, 150 and 152, respectively, and three light chain complementarity determining region (LCDR) sequences comprising SEQ ID NO:156, 158 and 160, respectively.
A head cap configured to maintain a head configured to discharge a liquid from nozzles formed in a nozzle surface , the head cap comprising: a cap configured to cap the nozzle surface of the head ; and a holder holding the cap , the holder being manually detachably attachable to one of a carriage mounting the head and a guide configured to guide the carriage ; wherein the holder includes an engaging portion engageable with one of the carriage and the guide ; wherein the engaging portion of the holder is a hook . a cap configured to cap the nozzle surface of the head ; and a holder holding the cap , the holder being manually detachably attachable to one of a carriage mounting the head and a guide configured to guide the carriage ; wherein the holder includes an engaging portion engageable with one of the carriage and the guide ; wherein the engaging portion of the holder is a hook .
A system for controlling a motion compensated pile guide for a floating vessel , comprising a pile guide for guiding a monopile in its longitudinal direction during driving the monopile into a seabed (S), an actuator for moving the pile guide in horizontal direction with respect to a vessel to which the pile guide is mounted, a control unit for controlling the actuator , which control unit is configured for compensating motion of the vessel to which the pile guide is mounted so as to maintain the horizontal position of the pile guide during driving a monopile into a seabed (S), a first sensor for determining an inclination angle of a monopile with respect to the vertical during driving the monopile into a seabed, characterized by further comprising a second sensor for determining magnitude and direction of an actual force of a monopile onto the pile guide during driving the monopile into a seabed (S), wherein the control unit is configured to determine a desired force of the pile guide onto the monopile for minimizing the inclination angle when determined by the first sensor , and to control the actuator for moving the pile guide opposite to the direction of the actual force when the desired force is larger than the actual force and in the same direction as the actual force when the actual force is larger than the desired force. a pile guide for guiding a monopile in its longitudinal direction during driving the monopile into a seabed (S), an actuator for moving the pile guide in horizontal direction with respect to a vessel to which the pile guide is mounted, a control unit for controlling the actuator , which control unit is configured for compensating motion of the vessel to which the pile guide is mounted so as to maintain the horizontal position of the pile guide during driving a monopile into a seabed (S), a first sensor for determining an inclination angle of a monopile with respect to the vertical during driving the monopile into a seabed, characterized by further comprising a second sensor for determining magnitude and direction of an actual force of a monopile onto the pile guide during driving the monopile into a seabed (S), wherein the control unit is configured to determine a desired force of the pile guide onto the monopile for minimizing the inclination angle when determined by the first sensor , and to control the actuator for moving the pile guide opposite to the direction of the actual force when the desired force is larger than the actual force and in the same direction as the actual force when the actual force is larger than the desired force.
A method for transmitting a discreet signal in a communication system comprising a satellite , at least one first piece of transmitting equipment , a transmission controller configured to exchange signalling data with the at least one first piece of transmitting equipment over a communication link involving the satellite, a second piece of transmitting equipment configured to emit said discreet signal to a third piece of transmitting equipment via a communication link involving the satellite, and a radio-resource allocator configured to allocate radio resources comprising a frequency band and an emission-power level to the first pieces of transmitting equipment via the transmission controller , the method being characterised in that it comprises: - a first step in which the radio-resource allocator collects information on a quality of the signals received by the third piece of transmitting equipment over one or more communication links involving the satellite, - a second step in which the radio-resource allocator is notified of a need to transmit the discreet signal, - a third step in which the radio-resource allocator identifies at least one first frequency band (B1, B5) suitable for transmitting the discreet signal by power multiplexing with at least one signal transmitted by a first piece of transmitting equipment in the first frequency band, and computes an associated emission-power level, the identification being carried out based on the frequency bands allocated to the first pieces of transmitting equipment and on the information collected in the first step of the method, and - a fourth step in which the radio-resource allocator transmits, over one or more communication links involving the satellite, each first frequency band and associated power level identified in the third step of the method to the second piece of transmitting equipment and to the third piece of transmitting equipment . - a first step in which the radio-resource allocator collects information on a quality of the signals received by the third piece of transmitting equipment over one or more communication links involving the satellite, - a second step in which the radio-resource allocator is notified of a need to transmit the discreet signal, - a third step in which the radio-resource allocator identifies at least one first frequency band (B1, B5) suitable for transmitting the discreet signal by power multiplexing with at least one signal transmitted by a first piece of transmitting equipment in the first frequency band, and computes an associated emission-power level, the identification being carried out based on the frequency bands allocated to the first pieces of transmitting equipment and on the information collected in the first step of the method, and - a fourth step in which the radio-resource allocator transmits, over one or more communication links involving the satellite, each first frequency band and associated power level identified in the third step of the method to the second piece of transmitting equipment and to the third piece of transmitting equipment .
A method for reporting a channel state information, CSI, report, applied to a terminal device, wherein the method comprises: receiving first information from a network device; reporting a CSI report to the network device according to the first information, wherein the CSI report comprises a measurement quantity indicated by the first information; characterized in that the first information is used to indicate signal to interference plus noise ratio, L1-SINR; wherein an L1-SINR of a first resource is a ratio of a linear average value of signal received powers of resource elements measured on the first resource to a linear average value of noise and interference powers of resource elements measured on a third resource corresponding to the first resource, the first resource is resource elements, REs, of a channel state information reference signal, CSI-RS, resource; and when the network device configures an interference measurement resource for the terminal device, using the interference measurement resource as the third resource; otherwise, using the REs of the CSI-RS resource as the third resource. receiving first information from a network device; reporting a CSI report to the network device according to the first information, wherein the CSI report comprises a measurement quantity indicated by the first information; characterized in that the first information is used to indicate signal to interference plus noise ratio, L1-SINR; wherein an L1-SINR of a first resource is a ratio of a linear average value of signal received powers of resource elements measured on the first resource to a linear average value of noise and interference powers of resource elements measured on a third resource corresponding to the first resource, the first resource is resource elements, REs, of a channel state information reference signal, CSI-RS, resource; and when the network device configures an interference measurement resource for the terminal device, using the interference measurement resource as the third resource; otherwise, using the REs of the CSI-RS resource as the third resource.
Compactor assembly for compacting containers, having • a support frame for supporting a compactor ; • a transport device for transporting containers in the compactor assembly ; • a selecting device for guiding containers transported by means of the transport device ; a bearing assembly , wherein the selecting device by means of the bearing assembly is mounted so as to be movable in such a manner that the selecting device can be moved to an operating position and to an assembling position , wherein the selecting device is specified in such a manner that in the operating position a container transported by means of the transport device can be selectively supplied to the compactor , and that the selecting device in the assembling position at least partially covers the transport device , characterized in that the selecting device has two mutually spaced apart wall elements which in the assembling position form a transport duct above the transport device . • a support frame for supporting a compactor ; • a transport device for transporting containers in the compactor assembly ; • a selecting device for guiding containers transported by means of the transport device ;
Microstructure reactor for carrying out an exothermic reaction between two or more reactants which are passed in the form of fluids over one or more catalyst(s), comprising at least one stack sequence of a) at least one layer comprising one or more catalyst(s) for carrying out at least one exothermic reaction b) at least one layer divided into two or more cooling fields , wherein the channels for the heated coolant or coolant transferred to the vapour form are curved and wherein in each individual cooling field there is an inlet and an outlet for the coolant, c) at least one layer having distributor structures for the separate supply of the coolant to the individual fields, - with lines for distributing the coolant, - with connections for the supply of coolant to the lines of the distributor structure and for the connection to the cooling fields, - connections for discharging the heated coolant from the cooling fields and - lines and connections for discharging the heated coolant from the stack sequence. a) at least one layer comprising one or more catalyst(s) for carrying out at least one exothermic reaction b) at least one layer divided into two or more cooling fields , wherein the channels for the heated coolant or coolant transferred to the vapour form are curved and wherein in each individual cooling field there is an inlet and an outlet for the coolant, c) at least one layer having distributor structures for the separate supply of the coolant to the individual fields, - with lines for distributing the coolant, - with connections for the supply of coolant to the lines of the distributor structure and for the connection to the cooling fields, - connections for discharging the heated coolant from the cooling fields and - lines and connections for discharging the heated coolant from the stack sequence. - with lines for distributing the coolant, - with connections for the supply of coolant to the lines of the distributor structure and for the connection to the cooling fields, - connections for discharging the heated coolant from the cooling fields and - lines and connections for discharging the heated coolant from the stack sequence.
Food processing system for processing food ingredients comprising a recipient for receiving food ingredients and a lid presenting an upwards side and a downwards side configured to engage with the perimeter edge of said recipient , and a driving arrangement confined within a casing and adapted to drive a tool support arranged so that it can support a food processing tool inside of said recipient , whereby said lid presents a single lid opening preferentially presenting a generally circular form and disposed for example in a centered manner relative to said lid , whereby the upwards side of said lid presents a first surface extending on a generally outer region of said lid and further presents a second surface extending around at least part of said single lid opening and developing at a lower level in respect of said first surface , characterized in that said lid presents flow-guiding means arranged next to said single lid opening , comprising a wall part and at least one flow part characterized in that said flow-guiding means are adapted so that an amount of fluid poured upon said second surface can be contained inwards along most of the perimeter of said lid opening and can flow under the action of the gravity force through said lid opening into said recipient when said lid is arranged on said recipient , whereby said flow part is configured as a spout-like arrangement including a constrain of flow passage section and a downwards oriented flow surface in relation to said second surface .
An inkjet recording apparatus comprising: a first holding unit configured to hold an ink cartridge , and capable of moving linearly between a first position which allows attachment and detachment of the ink cartridge and a second position which allows to supply ink from the ink cartridge to an ink passage in an apparatus body; first biasing means for biasing the first holding unit in a first direction from the second position toward the first position; a restricting unit configured to restrict movement of the first holding unit at the second position in the first direction; and characterised in that the apparatus further comprises a second holding unit configured to pivot as the first holding unit moves linearly, and to hold the ink cartridge at the second position by sandwiching the ink cartridge between the second holding unit and the first holding unit ; and in that when the first holding unit moves to the first position, the second holding unit moves to a retracted position at which attaching and detaching operation of the ink cartridge relative to the first holding unit are allowed, and wherein, when the first holding unit moves to the second position, the second holding unit moves to a holding position at which the second holding unit and the first holding unit hold the ink cartridge . a first holding unit configured to hold an ink cartridge , and capable of moving linearly between a first position which allows attachment and detachment of the ink cartridge and a second position which allows to supply ink from the ink cartridge to an ink passage in an apparatus body; first biasing means for biasing the first holding unit in a first direction from the second position toward the first position; a restricting unit configured to restrict movement of the first holding unit at the second position in the first direction; and characterised in that the apparatus further comprises a second holding unit configured to pivot as the first holding unit moves linearly, and to hold the ink cartridge at the second position by sandwiching the ink cartridge between the second holding unit and the first holding unit ; and in that when the first holding unit moves to the first position, the second holding unit moves to a retracted position at which attaching and detaching operation of the ink cartridge relative to the first holding unit are allowed, and wherein, when the first holding unit moves to the second position, the second holding unit moves to a holding position at which the second holding unit and the first holding unit hold the ink cartridge .
Optically variable security element for securing valuable objects, which, when being viewed from the front side and from the back side, has a different visual appearance in each case and shows a common piece of transmitted-light information, having - a front-side security feature (30; 54) with a first, translucent or transparent surface region (34; 60) and a second, opaque surface region (32; 58), wherein the first surface region (34; 60) of the front-side security feature exhibits greater transmission of crosslinking radiation, in particular of UV radiation, than the second surface region (32; 58) and wherein the two surface regions produce the front-side visual appearance of the security element, - a back-side optically variable security feature having a crosslinked effect layer with plate-type, three-dimensionally oriented effect pigments (68; 80), with a first surface region (42; 76) and a second surface region (44; 46), in which surface regions the effect pigments (68; 80) are oriented in different ways and wherein the two surface regions produce the different back-side appearance of the security element, - wherein the first surface region (34; 60) of the front-side security feature is arranged congruently with the first surface region (42; 76) of the back-side security feature, and the two first surface regions (34, 42; 60, 76) produce the common transmitted-light information. - a front-side security feature (30; 54) with a first, translucent or transparent surface region (34; 60) and a second, opaque surface region (32; 58), wherein the first surface region (34; 60) of the front-side security feature exhibits greater transmission of crosslinking radiation, in particular of UV radiation, than the second surface region (32; 58) and wherein the two surface regions produce the front-side visual appearance of the security element, - a back-side optically variable security feature having a crosslinked effect layer with plate-type, three-dimensionally oriented effect pigments (68; 80), with a first surface region (42; 76) and a second surface region (44; 46), in which surface regions the effect pigments (68; 80) are oriented in different ways and wherein the two surface regions produce the different back-side appearance of the security element, - wherein the first surface region (34; 60) of the front-side security feature is arranged congruently with the first surface region (42; 76) of the back-side security feature, and the two first surface regions (34, 42; 60, 76) produce the common transmitted-light information.