mhurhangee/ep-ind-claims huggingface dataset:
An electronic musical instrument comprising: a plurality of keys that includes at least first keys corresponding to a first pitch range and second keys corresponding to a second pitch range; and at least one processor, wherein the at least one processor executes: acquiring the number of operated keys for each pitch range; giving instructions for switching an automatic accompaniment pattern of accompaniment sounds to be emitted in accordance with the acquired number of operated keys for each pitch range, wherein the instructions include instruction for muting a bass part of the automatic accompaniment pattern, and characterised in that the at least one processor executes: in a first case where the first keys for a lower pitch range corresponding to the first pitch range are operated keys and pitch ranges other than the first pitch range are not operated, giving instruction to mute the bass part. a plurality of keys that includes at least first keys corresponding to a first pitch range and second keys corresponding to a second pitch range; and at least one processor, wherein the at least one processor executes: acquiring the number of operated keys for each pitch range; giving instructions for switching an automatic accompaniment pattern of accompaniment sounds to be emitted in accordance with the acquired number of operated keys for each pitch range, acquiring the number of operated keys for each pitch range; giving instructions for switching an automatic accompaniment pattern of accompaniment sounds to be emitted in accordance with the acquired number of operated keys for each pitch range, wherein the instructions include instruction for muting a bass part of the automatic accompaniment pattern, and characterised in that the at least one processor executes: in a first case where the first keys for a lower pitch range corresponding to the first pitch range are operated keys and pitch ranges other than the first pitch range are not operated, giving instruction to mute the bass part.
A server apparatus (106a, 106b) of a memcached system, comprising: memory; one or more processors (122a, 122b) coupled with the memory; a network interface card (126a, 126b) coupled to the memory to support remote memory direct access of the memory, by a client device, for a value corresponding to a key using an address that is a morph address of a physical address of a storage location of the memory having the value; and server side memcached logic (124a, 124b) operated by the one or more processors (122a, 122b); wherein the server side memcached logic (124a, 124b) may be configured to receive a request to Get a value corresponding to a key in the memcached system, determine whether the Get request is valid, determine, on determination that the Get request is valid, whether the key results in a hit, and in response to the key resulting in a hit, return one or more morph addresses of one or more storage locations of the memcached system where the value and a status flag associated with the value are stored. memory; one or more processors (122a, 122b) coupled with the memory; a network interface card (126a, 126b) coupled to the memory to support remote memory direct access of the memory, by a client device, for a value corresponding to a key using an address that is a morph address of a physical address of a storage location of the memory having the value; and server side memcached logic (124a, 124b) operated by the one or more processors (122a, 122b); wherein the server side memcached logic (124a, 124b) may be configured to receive a request to Get a value corresponding to a key in the memcached system, determine whether the Get request is valid, determine, on determination that the Get request is valid, whether the key results in a hit, and in response to the key resulting in a hit, return one or more morph addresses of one or more storage locations of the memcached system where the value and a status flag associated with the value are stored.
Vehicle with a directable weapon and rollover protection on which the directable weapon is placed, wherein the rollover protection can be lowered from a use position into a transport position for reduction of the vehicle height, characterised in that the rollover protection can be lowered together with the weapon and in the transport position the weapon is below a highest point of the vehicle.
A grommet (1,201,301,401) comprising: a water stop portion that has an annular shape and is inserted to a through hole formed in an attachment panel for stopping water; and a closing portion (11,12) that is arranged to project toward a radially inner side of the water stop portion to close the annular shape of the water stop portion, wherein the water stop portion includes: a first contact portion that is capable of coming into contact with a first side surface of a circumference edge portion of the through hole in an axial direction, and is formed in an annular shape; a second contact portion that is provide on a radially outer side of the first contact portion, is capable of coming into contact with the first side surface, and is formed in an annular shape; a groove portion formed in an annular shape between the first contact portion and the second contact portion; and a recess/protrusion portion (135,235,335,435) that is formed on a circumferential wall inside the groove portion, characterized in that the water stop portion further includes a third contact portion that is capable of coming into contact with a second side surface of the circumference edge portion of the through hole in the axial direction, is formed in an annular shape, and faces the first contact portion in the axial direction. a water stop portion that has an annular shape and is inserted to a through hole formed in an attachment panel for stopping water; and a closing portion (11,12) that is arranged to project toward a radially inner side of the water stop portion to close the annular shape of the water stop portion, wherein the water stop portion includes: a first contact portion that is capable of coming into contact with a first side surface of a circumference edge portion of the through hole in an axial direction, and is formed in an annular shape; a second contact portion that is provide on a radially outer side of the first contact portion, is capable of coming into contact with the first side surface, and is formed in an annular shape; a groove portion formed in an annular shape between the first contact portion and the second contact portion; and a recess/protrusion portion (135,235,335,435) that is formed on a circumferential wall inside the groove portion, a first contact portion that is capable of coming into contact with a first side surface of a circumference edge portion of the through hole in an axial direction, and is formed in an annular shape; a second contact portion that is provide on a radially outer side of the first contact portion, is capable of coming into contact with the first side surface, and is formed in an annular shape; a groove portion formed in an annular shape between the first contact portion and the second contact portion; and a recess/protrusion portion (135,235,335,435) that is formed on a circumferential wall inside the groove portion,
A panel dividing system for dividing apart panel-like workpieces, having a supporting table for placing the workpieces on and having a dividing line, along which the workpieces are cut apart, wherein the panel dividing system has at least one air nozzle connected to a compressed air supply, the nozzle being located in the supporting table in a top side of the supporting table in a region next to the dividing line, characterized in that the air nozzle on the top side of the supporting table generates a directional air stream emerging from the air nozzle and having a center axis which has a component that is parallel to the top side of the supporting table and points in a direction in which chips produced in the dividing process are to be carried away.
Capacitive proximity sensor which is arranged behind a cladding made of an insulator material and serves to detect the approaching of an object which is a detection area in front of the cladding, wherein the proximity sensor comprises an elongated senor electrode arrangement with at least one sensor electrode and arranged at a predefined minimum distance in parallel to the sensor electrode at least one auxiliary electrode, and with, connected to the sensor electrode arrangement, a control circuit, which at high frequency periodically with a frequency in the range of 100 kHz and 100 MHz - in a first section of the period connects the sensor electrode with a predetermined first potential, wherein a charge is transferred to the sensor electrode, - in a second section of the period connects the sensor electrode to a capacitor, wherein a charge accumulated on the sensor electrode is transferred to the capacitor, and - at least in a predominant part of the first section connects the auxiliary electrode to a predefined second potential, wherein the value of the second potential is not smaller than the first potential and the potentials have the same plus or minus sign wherein the sensor electrode arrangement is covered by a cover made of insulator material, wherein the cover is in contact with the rear surface of the cladding in such a way that the sensor electrode arrangement is hermetically encompassed by the insulating material of the cladding and the cover, and wherein the sensor electrode arrangement is arranged in such a way that the distances (12, 13) of the sensor electrodes from the outer surface of the cover and from the front surface of the cladding are each at least 5 mm, preferably at least 10 mm. - in a first section of the period connects the sensor electrode with a predetermined first potential, wherein a charge is transferred to the sensor electrode, - in a second section of the period connects the sensor electrode to a capacitor, wherein a charge accumulated on the sensor electrode is transferred to the capacitor, and - at least in a predominant part of the first section connects the auxiliary electrode to a predefined second potential, wherein the value of the second potential is not smaller than the first potential and the potentials have the same plus or minus sign
process for the manufacture of a functional (per)fluoropolyether derivative comprising at least one triazole group [derivative (PFPE-azole)], said process comprising: 1. reacting a (per)fluoropolyether hydroxyl derivative having at least one hydroxyl group [derivative (PFPE-OH)] with an activating agent, to yield an activated (per)fluoropolyether hydroxyl derivative comprising at least one activated hydroxyl group [derivative (a-PFPE-OH)]; 2. reacting said activated (per)fluoropolyether hydroxyl derivative [derivative (a-PFPE-OH)] with at least one azide salt to yield a functional (per)fluoropolyether derivative comprising at least one azido group [derivative (PFPE-N 3)]; 3. reacting said functional (per)fluoropolyether derivative comprising at least one azido group [derivative (PFPE-N 3)] with a hydrocarbon compound having a terminal alkyne group to yield a functional (per)fluoropolyether derivative comprising at least one triazole group [derivative (PFPE-azole)]. 1. reacting a (per)fluoropolyether hydroxyl derivative having at least one hydroxyl group [derivative (PFPE-OH)] with an activating agent, to yield an activated (per)fluoropolyether hydroxyl derivative comprising at least one activated hydroxyl group [derivative (a-PFPE-OH)]; 2. reacting said activated (per)fluoropolyether hydroxyl derivative [derivative (a-PFPE-OH)] with at least one azide salt to yield a functional (per)fluoropolyether derivative comprising at least one azido group [derivative (PFPE-N 3)]; 3. reacting said functional (per)fluoropolyether derivative comprising at least one azido group [derivative (PFPE-N 3)] with a hydrocarbon compound having a terminal alkyne group to yield a functional (per)fluoropolyether derivative comprising at least one triazole group [derivative (PFPE-azole)].
A robotic system for use during installation of a dental implant in a mouth of a patient, the robotic system comprising: a base; a grounding arm extending from the base and being configured to be coupled to a fixed structure within the mouth of the patient for establishing an origin for the robotic system relative to the mouth of the patient; a working arm extending from the base and being configured to be coupled with one or more tools for use during the installation of the dental implant, at least a portion of the working arm being movable to install the dental implant in the mouth of the patient; one or more sensors to monitor positions of the grounding arm and the working arm relative to the established origin, the one or more sensors generating positional data; and a post-operative virtual model of at least a portion of the mouth of the patient created from the positional data, the virtual model including a virtual dental implant that corresponds to a location and orientation of the dental implant in the mouth of the patient, the post-operative virtual model being created without scanning.. a base; a grounding arm extending from the base and being configured to be coupled to a fixed structure within the mouth of the patient for establishing an origin for the robotic system relative to the mouth of the patient; a working arm extending from the base and being configured to be coupled with one or more tools for use during the installation of the dental implant, at least a portion of the working arm being movable to install the dental implant in the mouth of the patient; one or more sensors to monitor positions of the grounding arm and the working arm relative to the established origin, the one or more sensors generating positional data; and a post-operative virtual model of at least a portion of the mouth of the patient created from the positional data, the virtual model including a virtual dental implant that corresponds to a location and orientation of the dental implant in the mouth of the patient, the post-operative virtual model being created without scanning..
Cultivation unit, comprising a cultivation chamber as well as one or several supply units, which are in a flow connection therewith, for feeding in a fluid, characterised in that a supply unit has the following characteristics: - A fluid container which is displaceable inside a pressure tank under the influence of an elastic energy reservoir, with the fluid that can be stored therein, - a fusible cut-out for activating the movement of the fluid container, - a cannula penetrating a septum present at the drain of the fluid container when the movement of the fluid container under the influence of the elastic reservoir reaches a predefined end position, - an elastic membrane present inside the fluid container for pressurizing the fluid, - the pressure tank being in a flow connection with the cultivation chamber. - A fluid container which is displaceable inside a pressure tank under the influence of an elastic energy reservoir, with the fluid that can be stored therein, - a fusible cut-out for activating the movement of the fluid container, - a cannula penetrating a septum present at the drain of the fluid container when the movement of the fluid container under the influence of the elastic reservoir reaches a predefined end position, - an elastic membrane present inside the fluid container for pressurizing the fluid, - the pressure tank being in a flow connection with the cultivation chamber.
Method for producing a sensor for detecting at least one property of a fluid medium, in particular a pressure, comprising the steps: providing a sensor body, the sensor body being configured for introduction into a wall of a measuring chamber, providing at least one sensor element, welding the sensor element to the sensor body, a weld pool backing (54; 66) being provided on the sensor element, characterized in that the weld pool backing (54; 66) is formed on the sensor element in such a way that there is a gap between the sensor element and the sensor body before and after the welding to the sensor body. providing a sensor body, the sensor body being configured for introduction into a wall of a measuring chamber, providing at least one sensor element, welding the sensor element to the sensor body, a weld pool backing (54; 66) being provided on the sensor element, characterized in that the weld pool backing (54; 66) is formed on the sensor element in such a way that there is a gap between the sensor element and the sensor body before and after the welding to the sensor body.
A threaded sleeve for screwing into a receiving opening of a workpiece, with a core and a thread mounted outside on the core, characterized in • that the thread comprises three thread turns (20, 21, 22), • that the thread turns (20, 21, 22) have a thread profile, • that the thread profile has a flank angle of 25° to 35°, • that with an outer diameter of 8 mm to 14 mm the pitch of the thread is in the range of 0.5 to 1.0 times the outer diameter of the threaded sleeve and with an outer diameter greater than 14 mm to 40 mm the pitch of the thread is in the range of 0.25 to 0.65 times the outer diameter of the threaded sleeve, and • that the thread depth of the thread profile is in the range of 0.03 times to 0.15 times the outer diameter of the threaded sleeve. • that the thread comprises three thread turns (20, 21, 22), • that the thread turns (20, 21, 22) have a thread profile, • that the thread profile has a flank angle of 25° to 35°, • that with an outer diameter of 8 mm to 14 mm the pitch of the thread is in the range of 0.5 to 1.0 times the outer diameter of the threaded sleeve and with an outer diameter greater than 14 mm to 40 mm the pitch of the thread is in the range of 0.25 to 0.65 times the outer diameter of the threaded sleeve, and • that the thread depth of the thread profile is in the range of 0.03 times to 0.15 times the outer diameter of the threaded sleeve.
A net wrapping system comprising: a net roll support assembly having a net roll of net wrapping and a spreader roll having a spreader roll circumferential surface, the spreader roll engaging the net wrapping proximate to the net roll along a length (L H) of the spreader roll circumferential surface; and an insertion assembly movable between a home position and an insert position, the insertion assembly having at least one insertion assembly spreader roll (208, 210) engaging the net wrapping from the net roll on an insertion assembly spreader roll circumferential surface and moving with the insertion assembly between the home position and the insert position; characterized in that the spreader roll is a fixed spreader roll and in that the net roll support assembly further comprising a back wrap roll located along a net path between the fixed spreader roll of the net roll support assembly and the at least one insertion assembly spreader roll (208, 210) of the insertion assembly, the back wrap roll causing the net wrapping to maintain engagement with a length (L I) of the fixed spreader roll circumferential surface when the insertion assembly is in the insert position, the length (L I) of the fixed spreader roll circumferential surface when the insertion assembly is in the insert position being substantially the same as the length (L H) of the fixed spreader roll circumferential surface when the insertion assembly is in the home position. a net roll support assembly having a net roll of net wrapping and a spreader roll having a spreader roll circumferential surface, the spreader roll engaging the net wrapping proximate to the net roll along a length (L H) of the spreader roll circumferential surface; and an insertion assembly movable between a home position and an insert position, the insertion assembly having at least one insertion assembly spreader roll (208, 210) engaging the net wrapping from the net roll on an insertion assembly spreader roll circumferential surface and moving with the insertion assembly between the home position and the insert position; characterized in that the spreader roll is a fixed spreader roll and in that the net roll support assembly further comprising a back wrap roll located along a net path between the fixed spreader roll of the net roll support assembly and the at least one insertion assembly spreader roll (208, 210) of the insertion assembly, the back wrap roll causing the net wrapping to maintain engagement with a length (L I) of the fixed spreader roll circumferential surface when the insertion assembly is in the insert position, the length (L I) of the fixed spreader roll circumferential surface when the insertion assembly is in the insert position being substantially the same as the length (L H) of the fixed spreader roll circumferential surface when the insertion assembly is in the home position.
A cylinder device comprising a cylinder (1, 31) and a piston rod (2, 32) that is inserted into the cylinder so as to be movable back and forth, wherein the piston rod has: a rod portion (11, 41) that extends outside the cylinder; and a piston (12, 42) connected to an end portion of the rod portion, the piston moving in the cylinder in a slidable manner and partitioning an interior of the cylinder into a piston-side chamber (13, 43) and a rod-side chamber; (14, 44) the rod portion has: a rod inner space formed in the rod portion, the rod inner space communicating with the piston-side chamber of the cylinder; a first communicating passage (18, 48) that connects the rod inner space and the rod-side chamber of the cylinder; and an orifice plug (20, 60) provided in the first communicating passage in a changeable manner; and the piston is connected to the rod portion so as to cover a part of the orifice plug. a rod portion (11, 41) that extends outside the cylinder; and a piston (12, 42) connected to an end portion of the rod portion, the piston moving in the cylinder in a slidable manner and partitioning an interior of the cylinder into a piston-side chamber (13, 43) and a rod-side chamber; (14, 44) the rod portion has: a rod inner space formed in the rod portion, the rod inner space communicating with the piston-side chamber of the cylinder; a first communicating passage (18, 48) that connects the rod inner space and the rod-side chamber of the cylinder; and an orifice plug (20, 60) provided in the first communicating passage in a changeable manner; and the piston is connected to the rod portion so as to cover a part of the orifice plug. a rod inner space formed in the rod portion, the rod inner space communicating with the piston-side chamber of the cylinder; a first communicating passage (18, 48) that connects the rod inner space and the rod-side chamber of the cylinder; and an orifice plug (20, 60) provided in the first communicating passage in a changeable manner; and