mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the frequency distribution of the signal level of a measurement signal which is respectively measured in overlapping observation intervals by means of a time or frequency raster with the following method steps: determination of the incrementation of a memory cell in a first memory to be carried out for a measured signal level of the measurement signal at a value of the time or frequency raster, the method being characterised by undelayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle and buffering of the result of the undelayed summation in a second memory, delayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle and buffering of the result of the delayed summation in a third memory and subtraction of the result of the delayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle from the result of the undelayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle. determination of the incrementation of a memory cell in a first memory to be carried out for a measured signal level of the measurement signal at a value of the time or frequency raster, the method being characterised by undelayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle and buffering of the result of the undelayed summation in a second memory, delayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle and buffering of the result of the delayed summation in a third memory and subtraction of the result of the delayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle from the result of the undelayed summation of the incrementation respectively determined for each memory cell of the first memory in each measurement cycle.
A washing machine, comprising at least two mutually independent washing units and a control module connected with the at least two washing units, wherein the at least two washing units comprise a first washing unit and a second washing unit; characterized in that: the washing machine further comprises a touch display screen connected to the control module; the touch display screen is configured to split into at least two split-screens to simultaneously display a control menu of the first washing unit and a control menu of the second washing unit, respectively; a switching icon is further provided on the touch display screen and is configured to switch interfaces of the two washing units; and the touch display screen is further configured to split into the at least two split-screens under a control of the control module to simultaneously display operating states of the at least two washing units, respectively.
A feeder management device for managing feeders used on a component supply device of a component mounter, the feeder management device comprising: a data management section including management data comprising, for each of the feeders, management information in which a component type of an electronic component loaded on one feeder is linked to an identification code that specifies said feeder; and an editing control section configured to determine whether editing of management information is allowable based on a loading state of the electronic component on the respective feeder in a case in which editing of the management information of said feeder is attempted to be performed upon entering a change of the component type linked to the identification code of said feeder, so as to prevent the component type in management information to be different to the component type of the electronic component loaded on said feeder, wherein in a case in which editing control section allows editing of management information, editing control section is configured to perform editing processing of management information by linking the entered component type to the identification code of the respective feeder, and in a case, in which editing control section does not allow editing of management information, management device is configured to indicate an error or a warning to an operator. a data management section including management data comprising, for each of the feeders, management information in which a component type of an electronic component loaded on one feeder is linked to an identification code that specifies said feeder; and an editing control section configured to determine whether editing of management information is allowable based on a loading state of the electronic component on the respective feeder in a case in which editing of the management information of said feeder is attempted to be performed upon entering a change of the component type linked to the identification code of said feeder, so as to prevent the component type in management information to be different to the component type of the electronic component loaded on said feeder, wherein in a case in which editing control section allows editing of management information, editing control section is configured to perform editing processing of management information by linking the entered component type to the identification code of the respective feeder, and in a case, in which editing control section does not allow editing of management information, management device is configured to indicate an error or a warning to an operator.
A blade (140, 140a, 140b, 140c, 202, 202a, 240, 246) for use with a surgical saw, said blade including: a blade body (148, 148a, 204, 250) with opposed proximal and distal sections (258, 260); cutting teeth (158, 228, 242, 262) that extend outwardly from the distal section of the blade body; and at least one lock tooth (150, 150a, 180, 210, 214, 218, 252) that extends from a proximal section of the blade body; wherein the blade, including the at least one lock tooth, the blade body and the cutting teeth is a single piece assembly and is further formed so that at least a section of the at least one lock tooth comprises material that is relatively ductile and said cutting teeth are formed from material that is harder than the material forming the ductile section of said at least one lock tooth; characterized in that: said blade is further formed so that said at least one lock tooth (150, 150a, 180, 210, 214, 218, 252) has a tooth body that has a thickness across opposed faces of said tooth body and at least one wing (154, 184, 212, 214, 216, 222, 257) that extends outwardly from said tooth body so as to define a perimeter of said lock tooth, said at least one wing having a thickness across opposed faces of said wing that is less than the thickness across said tooth body, wherein the at least one lock tooth is formed so that the at least one wing is more ductile than the body of the at least one lock tooth. a blade body (148, 148a, 204, 250) with opposed proximal and distal sections (258, 260); cutting teeth (158, 228, 242, 262) that extend outwardly from the distal section of the blade body; and at least one lock tooth (150, 150a, 180, 210, 214, 218, 252) that extends from a proximal section of the blade body; wherein the blade, including the at least one lock tooth, the blade body and the cutting teeth is a single piece assembly and is further formed so that at least a section of the at least one lock tooth comprises material that is relatively ductile and said cutting teeth are formed from material that is harder than the material forming the ductile section of said at least one lock tooth; characterized in that: said blade is further formed so that said at least one lock tooth (150, 150a, 180, 210, 214, 218, 252) has a tooth body that has a thickness across opposed faces of said tooth body and at least one wing (154, 184, 212, 214, 216, 222, 257) that extends outwardly from said tooth body so as to define a perimeter of said lock tooth, said at least one wing having a thickness across opposed faces of said wing that is less than the thickness across said tooth body,
A portable terminal, comprising: a body comprising a first display configured to display first data; and first and second covers (135,136) coupled to a front side of the body, wherein each of the first and second covers (135, 136) is structured to be physically displaceable relative to the body and each being positionable between open and closed positions, wherein the open position of each of the first and second covers (135, 136) permits a relative increase in viewable portion of the front side of the body, and the closed position of each of the first and second covers (135, 136) permits a relative decrease in viewable portion of the front side of the body, characterized in that a touch input unit is operatively coupled to at least one of the first cover and the second cover, wherein the touch input unit is configured to receive input via user contact, wherein both of the first and second covers (135,136) comprise a touchscreen configured to receive input responsive to user contact with the touchscreen and further being configured to display second display data; wherein either or both of the first and second covers (135,136) are structured to define an opening such that when both of the first and second covers (135, 136) are in the closed position the opening permits at least a portion of the first display to be viewable, and wherein, when both of the first and second covers (135, 136) are in the closed position, the first display is configured to display the first data viewable via the opening; and wherein the first and second covers (135,136) are linearly displaceable relative to the body. a body comprising a first display configured to display first data; and first and second covers (135,136) coupled to a front side of the body, wherein each of the first and second covers (135, 136) is structured to be physically displaceable relative to the body and each being positionable between open and closed positions, wherein the open position of each of the first and second covers (135, 136) permits a relative increase in viewable portion of the front side of the body, and the closed position of each of the first and second covers (135, 136) permits a relative decrease in viewable portion of the front side of the body,
Composition including myo-inositol hexaphosphate with the formula: or pharmaceutically acceptable salts thereof or mixtures of both for use in the prevention and/or treatment of osteoporosis, characterised in that it is administered by oral route.
A method of virtualized migration control, said method comprising: executing a hypervisor with computing hardware to implement a virtual machine; responsive to detecting a removable storage medium communicatively coupled to said computing hardware, executing a virtualized migration control appliance through said hypervisor separate from said virtual machine; and blocking said virtual machine from accessing data stored by said removable storage medium with said virtualized migration control appliance if at least one governing policy prohibits said virtual machine from accessing said data. executing a hypervisor with computing hardware to implement a virtual machine; responsive to detecting a removable storage medium communicatively coupled to said computing hardware, executing a virtualized migration control appliance through said hypervisor separate from said virtual machine; and blocking said virtual machine from accessing data stored by said removable storage medium with said virtualized migration control appliance if at least one governing policy prohibits said virtual machine from accessing said data.
Fluid-actuated membrane drive, with a housing with a longitudinal axis and having two hood-shaped housing parts (5, 6), each forming one of two end-face end walls (5a, 6a) lying opposite with clearance in the axial direction of the longitudinal axis, and each having an orifice (7a, 7b) surrounded by an annular side wall (5b, 6b), and which are fixed coaxially to one another with facing orifices (7a, 7b) and jointly delimiting a housing interior and fastened to one another in the area of the annular side walls (5b, 6b) by a bayonet connection device formed by rear-engaging locking projections (46a, 46b) of the housing parts (5, 6), and with a drive unit comprising a membrane fixed between the two housing parts (5, 6) and axially deflectable, which is connected for drive purposes to a rod body sliding through at least one of the end walls (5a, 6a) and which divides the housing interior, fluid-tight, into two axially adjacent working chambers (15a, 15b), at least one of which may be supplied with fluid, characterised in that the locking projections (46a, 46b) of the bayonet connection device are covered by the two housing parts (5, 6), invisible from the outside from every angle of view.
Process for moulding a frozen aerated product comprising the step of filling a mould cavity with a frozen aerated product through filling means. the mould cavity being a recess on a mould surface. the mould surface being at a temperature of below 0°C. the filling means having an end part through which the ice cream is dispensed into the mould cavity,. the end part being in contact with the mould surface characterised in that. a thermal insulation is located at the end part of the filling means in contact with the mould surface.. the thermal insulation being constituted by a material having a thermal conductivity of less than 2 W m-1 K-1. the filling means being heated by heating means upstream of the thermal insulation.. the mould cavity being a recess on a mould surface. the mould surface being at a temperature of below 0°C. the filling means having an end part through which the ice cream is dispensed into the mould cavity,. the end part being in contact with the mould surface. a thermal insulation is located at the end part of the filling means in contact with the mould surface.. the thermal insulation being constituted by a material having a thermal conductivity of less than 2 W m-1 K-1. the filling means being heated by heating means upstream of the thermal insulation.
A dip-moulding process for the manufacture of bulk enteric hard capsule shells, comprising: i. providing an aqueous composition comprising a) an aqueous dispersion of a non-salified cellulose acetate phthalate, said CAP being present in an amount ranging from 10% to 40% by weight of the total weight of said aqueous composition; b) at least one processing aid present in an amount ranging from 4% to 20% by weight of the total weight of said aqueous composition, wherein said at least one processing aid is selected from polyoxyethylene-polyoxypropylene- polyoxyethylene tri-block polymers or mixtures thereof, having an average molecular weight ranging from 1000 to 20000 and a polyoxyethylene ratio ranging from 10% to 85%; and c) water. ii. adjusting said aqueous composition to a temperature ranging from 5°C to 40°C iii. pre-heating moulding pins to a dipping temperature ranging from 15°C to 70°C higher than said temperature T1; iv. dipping pre-heated moulding pins into said aqueous composition; v. forming a film on said moulding pins by withdrawing said pins from said aqueous composition; and vi. drying the film on said moulding pins to form bulk enteric hard capsule shells. i. providing an aqueous composition comprising a) an aqueous dispersion of a non-salified cellulose acetate phthalate, said CAP being present in an amount ranging from 10% to 40% by weight of the total weight of said aqueous composition; b) at least one processing aid present in an amount ranging from 4% to 20% by weight of the total weight of said aqueous composition, wherein said at least one processing aid is selected from polyoxyethylene-polyoxypropylene- polyoxyethylene tri-block polymers or mixtures thereof, having an average molecular weight ranging from 1000 to 20000 and a polyoxyethylene ratio ranging from 10% to 85%; and c) water. a) an aqueous dispersion of a non-salified cellulose acetate phthalate, said CAP being present in an amount ranging from 10% to 40% by weight of the total weight of said aqueous composition; b) at least one processing aid present in an amount ranging from 4% to 20% by weight of the total weight of said aqueous composition, wherein said at least one processing aid is selected from polyoxyethylene-polyoxypropylene- polyoxyethylene tri-block polymers or mixtures thereof, having an average molecular weight ranging from 1000 to 20000 and a polyoxyethylene ratio ranging from 10% to 85%; and c) water. ii. adjusting said aqueous composition to a temperature ranging from 5°C to 40°C iii. pre-heating moulding pins to a dipping temperature ranging from 15°C to 70°C higher than said temperature T1; iv. dipping pre-heated moulding pins into said aqueous composition; v. forming a film on said moulding pins by withdrawing said pins from said aqueous composition; and vi. drying the film on said moulding pins to form bulk enteric hard capsule shells.
An active anvil assembly for use in forming a looped suture formed from a thread, the active anvil assembly comprising: an anvil member; a first sensor (261 0a) operably connected to the anvil member, wherein the first sensor is configured for a force feedback; and a control assembly, further including a first adjustable stage configured to translate forwards and backwards relative to an ultrasonic welding horn; wherein the anvil member is configured to operate with the ultrasonic welding horn to join a first length of the thread and a second length of the thread to form a loop in the thread; and further including a second adjustable stage configured to translate laterally relative to the ultrasonic horn, and wherein the first sensor is disposed above the first and second adjustable stages, respectively, further comprising a trimming assembly comprising a trimming blade, powered by an ultrasonic horn and further comprising a trim gripper configured for gripping thread as the trimming blade engages the thread, wherein said trim gripper is configured to move laterally, vertically and front and back the trimming assembly being configured to cut a tapered surface of the suture and characterised in that the speed, path and frequency at which the ultrasound horn and or trimming blade move is adjustable to effect the configuration of the surface of the thread to provide a tapered cut. an anvil member; a first sensor (261 0a) operably connected to the anvil member, wherein the first sensor is configured for a force feedback; and a control assembly, further including a first adjustable stage configured to translate forwards and backwards relative to an ultrasonic welding horn; wherein the anvil member is configured to operate with the ultrasonic welding horn to join a first length of the thread and a second length of the thread to form a loop in the thread; and further including a second adjustable stage configured to translate laterally relative to the ultrasonic horn, and wherein the first sensor is disposed above the first and second adjustable stages, respectively,
A shaping method comprising: a first ejection step of ejecting a first curable viscous fluid; a planarization step of planarizing, by a planarization device, the first curable viscous fluid ejected in the first ejection step; a first curing step of curing the first curable viscous fluid planarized in the planarization step; a cured layer forming step of repeatedly executing the first ejection step, the planarization step, and the first curing step to form a cured layer; a second ejection step of ejecting a second curable viscous fluid onto a surface of the cured layer in an ejection amount corresponding to a size of an unevenness formed on the surface of the cured layer; a second curing step of forming a smooth surface on the surface of the cured layer by curing the second curable viscous fluid ejected in the second ejection step without planarizing the second curable viscous fluid by the planarization device; a third ejection step of ejecting a fluid containing metal particles onto the smooth surface; and a third curing step of curing the fluid containing the metal particles ejected in the third ejection step to form a metallic conductor on the smooth surface. a first ejection step of ejecting a first curable viscous fluid; a planarization step of planarizing, by a planarization device, the first curable viscous fluid ejected in the first ejection step; a first curing step of curing the first curable viscous fluid planarized in the planarization step; a cured layer forming step of repeatedly executing the first ejection step, the planarization step, and the first curing step to form a cured layer; a second ejection step of ejecting a second curable viscous fluid onto a surface of the cured layer in an ejection amount corresponding to a size of an unevenness formed on the surface of the cured layer; a second curing step of forming a smooth surface on the surface of the cured layer by curing the second curable viscous fluid ejected in the second ejection step without planarizing the second curable viscous fluid by the planarization device; a third ejection step of ejecting a fluid containing metal particles onto the smooth surface; and a third curing step of curing the fluid containing the metal particles ejected in the third ejection step to form a metallic conductor on the smooth surface.
A processor system comprising a processing unit with a predetermined instruction set; at least one predicate register, the predicate register comprising a number n of predicate data locations (P1, P2,..., Pn) adapted to store predicate data, the predicate data locations being arranged in a predicate data structure; at least one general purpose register, the general purpose register comprising a number M-1 of additional predicate data containers, each additional predicate data container comprising n additional predicate data locations adapted to store additional predicate data, wherein a data structure of each additional predicate data container corresponds to the predicate data structure; a data pathway for transmitting data between the at least one predicate register and the general purpose register, wherein at least one predicate storage location (P1, P2,..., Pn) is connected or connectable via the data pathway to at least one corresponding additional predicate data location; wherein the processor system is adapted to carry out a predicate swap instruction of the instruction set to swap, via the data pathway, predicate data in a first predicate data location (P1, P2,..., Pn) with data in a corresponding additional predicate data location in a first additional predicate data container and to swap, via the data pathway, predicate data (P1, P2,..., Pn) in a second predicate storage location with data in a corresponding additional predicate data location in a second set of additional predicate data.
An apparatus for controlling a pulling of an inflatable bladder through an aperture in a wall between a chamber and a structure arranged on an outside of the chamber, wherein the apparatus comprises: - a pulling mechanism (11, 11') for pulling the bladder through the aperture; - a cutting device for providing a slit in a portion of the bladder after said portion having passed the aperture, the cutting device being responsive to a resistance of the bladder against passing through the aperture, so that the cutting device is activated and provides the slit if the resistance exceeds a predetermined level. - a pulling mechanism (11, 11') for pulling the bladder through the aperture; - a cutting device for providing a slit in a portion of the bladder after said portion having passed the aperture, the cutting device being responsive to a resistance of the bladder against passing through the aperture, so that the cutting device is activated and provides the slit if the resistance exceeds a predetermined level.