mhurhangee/patent-ind-claim-en huggingface dataset:
A divider system (200; 200a, 200b) for securing a droplet deposition head to a mounting plate (100; 150) external to the droplet deposition head, the divider system including at least one main body to be fixed to the mounting plate, and at least two biasing means arranged on the or each main body of the divider system, so as to provide a force on the droplet deposition head along two axes (x, y) to urge said head into alignment with corresponding datum receiving surfaces located on at least one of the mounting plate or the divider system; characterised in that the divider system further comprises a pivoting arm configured to be fastened to another such divider so as to exert a clamping force on the droplet deposition head located between the two dividers in the direction of a third axis (z).
Cutting machine for cutting strip-form or sheet-form material made of metal, cardboard, paper or plastic by means of a laser beam, water jet or plasma jet , having at least one guide part which is arranged close to the cutting gap on the side of the sheet-form material facing away from the cutting head and has or carries at least one gas outlet opening or gas outlet nozzle , the gas emerging from which is directed at the beam or jet emerging from the cutting gap , characterized - in that a guide part is arranged on each of the two sides of the cutting gap , - in that the respective guide part has the form of a bar parallel to the cutting gap , and - in that a surface of the respective guide part is arranged parallel to the underside of the sheet-form material , - in that the guide parts , which are arranged close to the cutting gap on the side of the sheet-form material facing away from the cutting head , have a respective surface which is parallel to the underside of the sheet-form material and by means of which the respective guide part bears against the underside of the sheet-form material or which, together with the underside , forms a narrow intermediate gap through which gas flows, - in that the respective parallel surface has or carries at least one gas inlet opening or gas outlet opening which is directed at the underside of the region located thereabove of the sheet-form material and makes it possible to suck the sheet-form material into place. - in that a guide part is arranged on each of the two sides of the cutting gap , - in that the respective guide part has the form of a bar parallel to the cutting gap , and - in that a surface of the respective guide part is arranged parallel to the underside of the sheet-form material , - in that the guide parts , which are arranged close to the cutting gap on the side of the sheet-form material facing away from the cutting head , have a respective surface which is parallel to the underside of the sheet-form material and by means of which the respective guide part bears against the underside of the sheet-form material or which, together with the underside , forms a narrow intermediate gap through which gas flows, - in that the respective parallel surface has or carries at least one gas inlet opening or gas outlet opening which is directed at the underside of the region located thereabove of the sheet-form material and makes it possible to suck the sheet-form material into place.
A method for producing a triorganosilane compound which comprises the following steps and : a step of reacting a diorganosilane compound represented by the formula (I): wherein R 1 and R 2 each independently represent a secondary or tertiary alkyl group having 4 or more carbon atoms which may have a substituent(s), a cycloalkyl group having 3 or more carbon atoms which may have a substituent(s), an aryl group having 6 or more carbon atoms which may have a substituent(s) or an aralkyl group having 7 or more carbon atoms which may have a substituent(s), with a triflating reagent to obtain a monotriflate compound represented by the formula (III): wherein R 1 and R 2 have the same meanings as defined above; and a step of reacting the monotriflate compound obtained in the step with a metal reagent represented by R 3 Li or R 3 MgX wherein R 3 represents an alkyl group having 3 or more carbon atoms which may have a substituent(s), a cycloalkyl group having 3 or more carbon atoms which may have a substituent(s), an aryl group having 6 or more carbon atoms which may have a substituent(s) or an aralkyl group having 7 or more carbon atoms which may have a substituent(s), and X represents a chlorine atom, a bromine atom or an iodine atom, to obtain a triorganosilane compound represented by the formula (II): wherein R 1 , R 2 and R 3 have the same meanings as defined above. a step of reacting a diorganosilane compound represented by the formula (I): wherein R 1 and R 2 each independently represent a secondary or tertiary alkyl group having 4 or more carbon atoms which may have a substituent(s), a cycloalkyl group having 3 or more carbon atoms which may have a substituent(s), an aryl group having 6 or more carbon atoms which may have a substituent(s) or an aralkyl group having 7 or more carbon atoms which may have a substituent(s), with a triflating reagent to obtain a monotriflate compound represented by the formula (III): wherein R 1 and R 2 have the same meanings as defined above; and a step of reacting the monotriflate compound obtained in the step with a metal reagent represented by R 3 Li or R 3 MgX wherein R 3 represents an alkyl group having 3 or more carbon atoms which may have a substituent(s), a cycloalkyl group having 3 or more carbon atoms which may have a substituent(s), an aryl group having 6 or more carbon atoms which may have a substituent(s) or an aralkyl group having 7 or more carbon atoms which may have a substituent(s), and X represents a chlorine atom, a bromine atom or an iodine atom, to obtain a triorganosilane compound represented by the formula (II): wherein R 1 , R 2 and R 3 have the same meanings as defined above.
Suspension element of a motor vehicle, the suspension element comprising a damper body and a holding ring for holding a stabilizer bar link on the damper body of a suspension element of a motor vehicle, the holding ring extending along a main axis (X) and comprising: - two flanges intended to bear against the damper body , each flange comprising first and second end portions ; - a means for fastening the two flanges of the holding ring with respect to each other at their first end portion , characterized in that the holding ring comprises a means for articulating the two flanges with respect to each other at their second end portion , and - at least one device for preventing rotation of the holding ring with respect to the damper body , - the damper body comprising a rotation-preventing device complementary to the device for preventing rotation of the holding ring with respect to the damper body . - two flanges intended to bear against the damper body , each flange comprising first and second end portions ; - a means for fastening the two flanges of the holding ring with respect to each other at their first end portion , characterized in that the holding ring comprises a means for articulating the two flanges with respect to each other at their second end portion , and - at least one device for preventing rotation of the holding ring with respect to the damper body , - the damper body comprising a rotation-preventing device complementary to the device for preventing rotation of the holding ring with respect to the damper body .
A moon phase display watch comprising: a first member configured to make one rotation per day; a second member configured to rotate coaxially with the first member and to make M-1rotations every M days, the M days being a period of a synodic month; a moon phase indicating part provided at one of the first member and the second member , the moon phase indicating part being configured to indicate a moon phase; and a moon phase pointing part provided at the other of the first member and the second member, the moon phase pointing part being configured to point to the moon phase indicating part; wherein the M is 29.53059. a first member configured to make one rotation per day; a second member configured to rotate coaxially with the first member and to make M-1rotations every M days, the M days being a period of a synodic month; a moon phase indicating part provided at one of the first member and the second member , the moon phase indicating part being configured to indicate a moon phase; and a moon phase pointing part provided at the other of the first member and the second member, the moon phase pointing part being configured to point to the moon phase indicating part; wherein the M is 29.53059.
A method performed by a system of a data communication network, the system comprising a database , a first network node and a second network node the first and the second network node being connected to the database , the database operating as a server with respect to the first and the second network nodes operating as clients to the database , the system handling data posts, wherein each data post comprises one or more data values of different categories and a unique identification, ID, of the data post, the method comprising: sending , by the first network node to the database , a request for adding data to the database , the request comprising the data, the data including a first data value and a first ID of the data, storing , by the database , the first ID and the first data value as a data post, sending , by the database to the second network node , a message comprising the first ID and the first data value, and creating an index in an index storage and storing in the index storage, by the second network node , the first ID linked to the first data value, thus making the data stored at the database , received from the first network node , searchable at the second network node characterized in that the storing performed by the second network node comprises storing the first ID in an index storage of the second network node, the index storage comprising an index group comprising the first ID as well as other IDs of other data posts received by the second network node that also have the first data value. sending , by the first network node to the database , a request for adding data to the database , the request comprising the data, the data including a first data value and a first ID of the data, storing , by the database , the first ID and the first data value as a data post, sending , by the database to the second network node , a message comprising the first ID and the first data value, and creating an index in an index storage and storing in the index storage, by the second network node , the first ID linked to the first data value, thus making the data stored at the database , received from the first network node , searchable at the second network node characterized in that the storing performed by the second network node comprises storing the first ID in an index storage of the second network node, the index storage comprising an index group comprising the first ID as well as other IDs of other data posts received by the second network node that also have the first data value.
A method for sending uplink control signaling, comprising: performing , by a terminal, data processing separately for uplink control signaling and uplink data that are scheduled by a base station; determining, by the terminal, a multiplexing mode, wherein the multiplexing mode is to let the uplink control signaling and uplink data be carried in the same resource block group in a system bandwidth or to let the uplink control signaling and uplink data be carried in different resource block groups in the system bandwidth, and the multiplexing mode is determined based on uplink scheduling signaling of the base station; if the terminal determines that the multiplexing mode is to let the uplink control signaling and uplink data be carried in different resource block groups in the system bandwidth, performing , by the terminal, resource mapping separately for the data-processed uplink control signaling and uplink data to obtain a frequency domain signal, wherein the performing resource mapping separately refers to mapping the data-processed uplink control signaling and uplink data to different resource block groups of a system bandwidth separately, and the resource block group is formed by at least one resource block; and performing , by the terminal, frequency-to-time conversion for the obtained frequency domain signal to obtain a time domain signal, and then sending the signal to the base station. performing , by a terminal, data processing separately for uplink control signaling and uplink data that are scheduled by a base station; determining, by the terminal, a multiplexing mode, wherein the multiplexing mode is to let the uplink control signaling and uplink data be carried in the same resource block group in a system bandwidth or to let the uplink control signaling and uplink data be carried in different resource block groups in the system bandwidth, and the multiplexing mode is determined based on uplink scheduling signaling of the base station; if the terminal determines that the multiplexing mode is to let the uplink control signaling and uplink data be carried in different resource block groups in the system bandwidth, performing , by the terminal, resource mapping separately for the data-processed uplink control signaling and uplink data to obtain a frequency domain signal, wherein the performing resource mapping separately refers to mapping the data-processed uplink control signaling and uplink data to different resource block groups of a system bandwidth separately, and the resource block group is formed by at least one resource block; and performing , by the terminal, frequency-to-time conversion for the obtained frequency domain signal to obtain a time domain signal, and then sending the signal to the base station.
Leakage control system for the tightness monitoring of a structure , wherein the leakage control system is provided to interact with a trough-like building seal of the structure , wherein the building seal has a floor region and a wall region which tightly adjoins the latter and rises up in relation to the floor region, and the structure has a floor slab lying on an underlying surface, and substantially vertically oriented walls , wherein the leakage control system comprises: - a plurality of spacers which can be positioned under the floor slab or in the floor slab , - a control pipe which is positioned in a spacer on the structure , in the structure or next to a wall , - a leakage film which can be positioned under the floor slab and is arranged under the control pipe and which is turned up at the spacers in order to form at least part of the wall region of the building seal, and which can be arranged under the structure such that the leakage film can form at least part of the floor region of the building seal, and - in the region of the control pipe , a drainage material is arranged between the leakage film and the control pipe . - a plurality of spacers which can be positioned under the floor slab or in the floor slab , - a control pipe which is positioned in a spacer on the structure , in the structure or next to a wall , - a leakage film which can be positioned under the floor slab and is arranged under the control pipe and which is turned up at the spacers in order to form at least part of the wall region of the building seal, and which can be arranged under the structure such that the leakage film can form at least part of the floor region of the building seal, and - in the region of the control pipe , a drainage material is arranged between the leakage film and the control pipe .
A surgical system comprising: an input device ; a first actuator and a second actuator coupled to the input device to provide haptic feedback at the input device ; and a controller for controlling the first actuator and the second actuator ; wherein the controller is configured to apply a first scale factor to a first commanded output and a second commanded output for the first actuator and the second actuator , respectively, when the first commanded output would fall outside a first predetermined working range of the first actuator ; wherein a first predetermined working range upper limit is equal to or lower than a maximum output limit of the first actuator , and a first predetermined working range lower limit is greater than or equal to a minimum reliable output level of the first actuator ; wherein the first scale factor adjusts the first commanded output to be within the first predetermined working range; wherein the second actuator has a second predetermined working range having a second predetermined working range upper limit equal to or lower than a maximum output limit of the second actuator and having a second predetermined working range lower limit greater than or equal to a minimum reliable output level of the second actuator ; and wherein the second commanded output adjusted by the first scale factor falls within the second predetermined working range. an input device ; a first actuator and a second actuator coupled to the input device to provide haptic feedback at the input device ; and a controller for controlling the first actuator and the second actuator ; wherein the controller is configured to apply a first scale factor to a first commanded output and a second commanded output for the first actuator and the second actuator , respectively, when the first commanded output would fall outside a first predetermined working range of the first actuator ; wherein a first predetermined working range upper limit is equal to or lower than a maximum output limit of the first actuator , and a first predetermined working range lower limit is greater than or equal to a minimum reliable output level of the first actuator ; wherein the first scale factor adjusts the first commanded output to be within the first predetermined working range; wherein the second actuator has a second predetermined working range having a second predetermined working range upper limit equal to or lower than a maximum output limit of the second actuator and having a second predetermined working range lower limit greater than or equal to a minimum reliable output level of the second actuator ; and wherein the second commanded output adjusted by the first scale factor falls within the second predetermined working range.
A control method of controlling an image capture system having a control apparatus , a first image capture apparatus , and a second image capture apparatus , the method comprising: receiving, in the control apparatus , information including a likelihood with which a user designated target object is detected as a result of analysis (S102) of an image captured by the first image capture apparatus ; in a case where the target object is detected with the likelihood less than a predetermined likelihood, controlling an imaging area of the second image capture apparatus so that the imaging area of the second image capture apparatus becomes wider than in a case where a likelihood of a detected target object is satisfied with the predetermined likelihood; and deciding (S402, S403), in the control apparatus , based on the result of the analysis of the image captured by the first image capture apparatus , the imaging area and a corresponding angle information of the second image capture apparatus , and transmitting (S404) the decided angle information to the second image capture apparatus . receiving, in the control apparatus , information including a likelihood with which a user designated target object is detected as a result of analysis (S102) of an image captured by the first image capture apparatus ; in a case where the target object is detected with the likelihood less than a predetermined likelihood, controlling an imaging area of the second image capture apparatus so that the imaging area of the second image capture apparatus becomes wider than in a case where a likelihood of a detected target object is satisfied with the predetermined likelihood; and deciding (S402, S403), in the control apparatus , based on the result of the analysis of the image captured by the first image capture apparatus , the imaging area and a corresponding angle information of the second image capture apparatus , and transmitting (S404) the decided angle information to the second image capture apparatus .
A method for the in vitro isolation of tumour-derived exosomes from a biological fluid, such method comprising capturing exosomes from a sample of that biological fluid with an anti CA-IX antibody.
A surface acoustic wave, SAW, device comprising: a SAW element ; a conductor connected to the SAW element ; a lithium tantalate, LT, substrate including the SAW element ; and a case for housing the LT substrate including the SAW element , wherein the case includes a cover part , a lateral part , and a bottom part , the bottom part includes a sapphire substrate , the LT substrate being positioned on a first surface of the sapphire substrate , the first surface serving as an inner surface of the case , and a second surface opposite to the first surface serving as an outer surface of the case , the conductor includes a via conductor provided in a through-hole continuously penetrating through the sapphire substrate and the LT substrate , the through-hole includes a first through-hole penetrating through the sapphire substrate and a second through-hole penetrating through the LT substrate , and the first through-hole has a first modified part including polycrystalline alumina, on at least one part of an inner surface, and the second through-hole has a second modified part formed of polycrystalline alumina, on the whole inner surface. a SAW element ; a conductor connected to the SAW element ; a lithium tantalate, LT, substrate including the SAW element ; and a case for housing the LT substrate including the SAW element , wherein the case includes a cover part , a lateral part , and a bottom part , the bottom part includes a sapphire substrate , the LT substrate being positioned on a first surface of the sapphire substrate , the first surface serving as an inner surface of the case , and a second surface opposite to the first surface serving as an outer surface of the case , the conductor includes a via conductor provided in a through-hole continuously penetrating through the sapphire substrate and the LT substrate , the through-hole includes a first through-hole penetrating through the sapphire substrate and a second through-hole penetrating through the LT substrate , and the first through-hole has a first modified part including polycrystalline alumina, on at least one part of an inner surface, and the second through-hole has a second modified part formed of polycrystalline alumina, on the whole inner surface.